

Louisville Collegiate School inspires academic excellence, extraordinary character, and global citizenship.
Louisville Collegiate School’s academic experience empowers students to remain curious, welcome growth, and learn with ever-increasing confidence and desire. The contexts in which our current lives operate and those that we predict for our students as they enter adulthood are marked by their increasing volatility and complexity. In such environments, having the skills and attributes of a lifelong learner is of significant value as things like vision and agility become increasingly crucial.
At the same time, rich learning and skill development require equally rich subject matter and teaching. This curriculum booklet demonstrates how Louisville Collegiate School navigates these demands by laying out what skills and attitudes we aim to cultivate in our students and how we sequence the content and experiences of our courses such that these student-centered aims emerge.
WHAT WE FOSTER IN OUR STUDENTS - The LCS Core Competencies comprise this booklet’s first portion. This collection of scopes and sequences focuses on eight Core Competencies identified by the school as critical skills and attitudes for lifelong learning and citizenship. Not only does the collection of these competencies offer a valuable portrait of an LCS graduate, but also, the sequencing of these skills and attitudes from junior kindergarten to twelfth
grade offers a road map and intentionality for how we as a school community cultivate these skills and attitudes throughout a student’s time at Louisville Collegiate School.
WE
- Louisville Collegiate School’s Course Map comprises the latter portion of this booklet. Organized by subject matter, this section lays out the content, practice, and learning experiences students encounter in LCS classes from the beginning of Lower School to the end of senior year. The first part of this booklet articulates what we hope to inspire and cultivate in Collegiate students. This second portion demonstrates, at a high level, the matrix of studies, classwork, and assessments that bring the school’s larger student-centered mission to fruition.
CURIOSITY & CREATIVITY
I have a sense of wonder, a willingness to explore, and a desire to create.
GROWTH MINDSET
I value constructive feedback, understand that what might be perceived as failure is a building block of learning, and am comfortable taking responsible risks.
WELLNESS
I reflect on my inner self and intentionally cultivate my mind, body, and heart.
I use mathematical reasoning to analyze and to solve academic and real-world problems.
INTERPRETATION
I use strategies to understand and evaluate a variety of media; I apply these texts to the world in which I live.
COMMUNICATION
I communicate in native and world languages with a variety of audiences using multiple forms of media.
INQUIRY & INNOVATION
I use a research-based process as a means of synthesizing information, testing ideas, and making new discoveries.
INTERCULTURAL ENGAGEMENT
I know myself as a citizen, and I engage diverse perspectives and cultures to enact meaningful change.
The Core Competencies are a wholehearted, whole-human approach to education.
What do we as a school community most want for our students? At Louisville Collegiate School, the answer is for them to be confident, lifelong learners so that they can be stronger, more aware, and more hopeful as they encounter the future.
The LCS Core Competencies are an integral framework for how we pursue this commitment to lifelong learning. The 21st Century has expanded our definition of academic excellence to include a more adaptive skill set. In 2019, Steven Sowell, Upper School English teacher and department chair, earned a grant to chair a team of seven teachers and administrators to explore competency-based learning and assessment. In that vein, over the next several years, the school built on that exploratory committee’s initial work to consider how we could better balance traditional learning outcomes with other timely skills such as emotional awareness, creativity, cultural competence, and project management, all of which we see as vital to lifelong learning.
Over four school years, faculty, staff, and family committees worked together to research, survey the community, hold focus groups with students, visit peer schools invested in similar work, and participate in professional learning opportunities to identify and sequence eight core competencies. These are the LCS Core Competencies, and they serve as clear, articulated goalposts for what every LCS student and eventual graduate can do as they matriculate through our curriculum.
Each of the eight LCS Core Competencies has been broken up into a collection of three to five subcompetencies, and these sub-competencies are sequenced across seven levels related to student growth from preschool through graduation. The choice of seven levels as opposed to thirteen--one for each grade at LCS--was intentional. While the nine-month school year and annual grade level advancement fall according to formulaic calendars, the accrual of skills and attitudes for lifelong learning is less predictable. The seven levels for each LCS Core Competency encompass approximately two grade levels. Nevertheless, by design, the LCS Core Competencies are structured to be effective guideposts for students’ development rather than yearly to-do lists for teachers, students, and families.
Louisville Collegiate School is committed to student-centered, whole-child education. The LCS Core Competencies challenge and remind us to be intentional and thoughtful in living out this commitment.
I have a sense of wonder, a willingness to explore, and a desire to create.
I ask why.
I explore through imaginative play.
I engage in dramatic, musical, and artistic play.
I use my senses to observe and wonder.
I participate in and contribute to the play of my peers.
With support, I explore natural and virtual worlds.
When prompted, I use listening skills to ignite new questions and explorations.
With support, I study the creative process and expression of others.
I create through imaginative play.
I share my creative works with others.
When prompted, I make connections from play with my peers.
When prompted, I expand from my own discoveries and choices.
I experiment with the ideas and products of artists.
I share my creative works with others.
I can identify when I am in a focused, creative state
I experiment with the ideas of others and develop my own.
I share my creative works with an intended audience.
I play and experiment for personal fulfillment and learning goals.
With prompting, I selfadvocate and use resources to help my creative process.
I seek inspiration through play, research, and new experiences.
I self-advocate and use resources to help my exploration.
I seek inspiration through play, research, and new experiences.
I reflect on my exploration to acquire new insight and self-direction.
I seek out and generate opportunities to explore, play, and experience.
I find inspiration in great art and the world around me
I challenge myself to wonder, learn, self-discover, and create.
I recognize focused, creative states.
I create in multiple disciplines.
With prompting, I identify my aesthetic preferences and creative influences.
I tailor my creative works for an intended audience.
When prompted, I identify the conditions I need to be focused and creative.
I create in multiple disciplines with a developing sense of personal style and aesthetic.
I apply feedback and expanded technique to improve my work in multiple creative fields.
With support, I craft and curate my work according to my artistic goals and audience’s needs.
I pursue the conditions I need to be focused and creative.
With support, I create and polish an in-depth work.
With support, I can synthesize ideas and methods from different disciplines and artists.
I can explain my creative process, aesthetic preferences, particular influences, and personal style.
I create the conditions I need to be focused and creative.
I produce polished creative work to understand the world and myself and to connect to others.
I synthesize ideas and methods from different disciplines and artists.
I evaluate new information, connect it to prior learning, and use it to create or produce a new product, evaluation, or point of view.
I can articulate my developing aesthetic, defend my stylistic choices, and reflect on feedback to improve my work.
I value constructive feedback, understand that what might be perceived as failure is a building block of learning, and am comfortable taking responsible risks.
With support, I articulate what it means to make a mistake through examples.
With support, I notice when things are challenging and with encouragement sustain effort despite difficulty.
I support my peers when they make mistakes.
With support, I acknowledge my mistakes.
With support, I can articulate that mistakes are part of the learning process.
I demonstrate understanding that mistakes are part of the learning process.
With support, I acknowledge my mistakes and support my peers when they make mistakes.
With support, I identify potential causes for mistakes, apply knowledge from previous challenges, and seek creative solutions.
With support, I respond to setbacks with resilience.
With support, I articulate how to contribute to a healthy learning culture.
With support, I recognize the importance of feedback as part of my learning.
With support, I use feedback from my teachers to improve future efforts.
With support, I begin to reflect on feedback from my peers.
When prompted, I use feedback from my teacher and peers to improve future efforts.
With support, I share constructive feedback with peers.
With support, I set goals to grow as a learner.
I anticipate setbacks being part of the learning process, acknowledge my mistakes, and support my peers when they make mistakes
When prompted, I identify potential causes of my mistakes, apply knowledge from previous challenges, and seek creative solutions.
When prompted, I respond to setbacks with resilience.
I can articulate my responsibility for contributing to a healthy culture of learning.
I anticipate the potential for setbacks and unexpected outcomes as a normal part of the learning process.
When prompted, I identify potential causes of my mistakes, apply knowledge from previous challenges, and seek creative solutions.
When prompted, I help others analyze and problemsolve mistakes.
With support, I apply knowledge gained by previous mistakes.
I exercise my responsibilty for contributing to a healthy learning culture.
With support, I develop strategies to anticipate and respond to setbacks and mistakes.
When prompted, I acknowledge my mistakes and discuss them with others as a tool for growth and reflection.
With support, I articulate that mistakes and “failures” are not reflections of my principal self-worth.
I develop and implement strategies to anticipate and respond to mistakes with resilience.
I articulate that mistakes and “failures” are not reflections of my principal self-worth.
I know that skills and understandings are developed through effort.
I incorporate feedback from my teacher and peers to improve future efforts.
When prompted, I share constructive feedback with peers.
When prompted, I identify my strengths and growth areas as a learner.
When prompted, I set goals to grow as a learner.
When prompted, I seek and share feedback to identify areas for improvement.
I reflect on my own work to identify strengths and growth areas as a learner.
I set and act upon specific goals to grow as a learner.
I seek and incorporate feedback to improve my work.
I tailor my feedback to meet the goals of my peers.
I discern patterns within feedback to prioritize and set goals to grow as a learner.
I request feedback to help reach identified goals.
I apply feedback to improve my work.
I share feedback consistent with identified goals and my own expertise.
I incorporate reflection as an essential component in growing and learning.
I learn what a risk is.
Take healthy and responsible risks in my learnig
With support, I begin to differentiate between healthy and unhealthy risks.
I identify healthy and unhealthy risks.
I try new roles in group activities.
With support, I share my thoughts, ideas, and work with the class.
I can articulate what a healthy and unhealthy risk is.
With support, I identify healthy risks that provide opportunities for personal growth.
When prompted, I explore a variety of roles in group work.
I present my work in front of an audience.
When prompted, I share my thoughts, ideas, and work with my class.
With support, I identify healthy risks that will provide opportunities for personal growth.
With support, I identify ways to challenge myself that allow for personal growth.
With support, I demonstrate flexibilty in group work.
With support, I explore my limitations in taking risks.
When prompted, I take healthy risks to foster personal growth.
I work collaboratively in a group by participating and contributing ideas.
With support, I explore various ways to exercise leadership.
With support, I demonstrate leadership skills.
When prompted, I evaluate the potential benefit versus harm of a risk.
I request the support needed to safely take healthy risks that exceed my ability.
I evaluate risk in terms of potential benefit versus harm.
I request support when a healthy risk exceeds my limitations.
I demonstrate leadership skills.
I reflect on my inner self and cultivate my personal growth and relationships.
With support, I can practice wellness habits that contribute to my wellbeing.
With support, I identify and practice physical and mental wellness habits that contribute to my wellbeing.
With support, I choose mental and physical wellness strategies and habits that contibute to my wellbeing.
With support, I explain why physical and mental wellbeing is a significant factor in my overall health, happiness, and academic success.
With support, I identify and label emotions in myself and others.
With support, I identify and label increasingly precise emotions in myself and others.
With support, I use self-regulation strategies to manage my emotions.
When prompted, I identify and label a variety of emotions in myself and in others.
When prompted, I identify and use self-regulation strategies to manage my emotions.
When prompted, I articulate the impact of emotions on relationships with peers.
With support, I particpate in mindful practices that focus the mind, calm the body, and engage the heart.
With support, I learn mindful practices that focus the mind, calm the body, and engage the heart.
With support, I implement mindful practices that focus the mind, calm the body, and engage the heart.
With support, I define mindfulness and explain the connection to wellbeing.
I employ mental and physical wellness strategies and habits.
I explain why physical and mental wellbeing is important for my overall health, happiness, and academic success.
I develop wellness habits with the aim of living a balanced, healthy life.
With support, I identify wellness resources within and outside of my school community.
With support, I identify habits or behaviors that may have a negative impact on my wellbeing.
I develop wellness habits with the aim of living a balanced, healthy life.
I access multiple wellness resources within and outside my school community.
I cultivate increasing awareness of habits and behaviors that negatively impact my wellbeing.
With support, I can advocate for my wellbeing and wellness needs.
I articulate what it means for me to live a healthy life and strive for optimum health.
I understand my wellness needs and advocate for them.
I share healthy habits and wellness resources with others to improve the wellbeing of my community.
I identify and label a variety of emotions in myself and in others.
I identify and use selfregulation stategies to manage my emotions.
With support, I communicate my emotions to support positive relationships.
I identify, label, and understand nuances within my emotions and the emotions of others.
I identify and use selfregulation stategies with increasing precision to manage my emotions.
With support, I communicate my emotions and listen to the needs of others to support positive relationships.
I use self-regulation strategies and self-advocate
I have begun to understand how emotional awareness and regulation support and strengthen peer relationships.
With support, I examine how conflicting emotions can occur simultaneously within a single individual or group.
I describe conflicting emotions that occur simultaneously.
I apply emotional selfregulation strategies and self-advocate
I understand how emotional awareness and regulation strengthen my relationships.
I create and implement plans for personal growth.
When prompted, I implement mindful practices that focus the mind, calm the body, and engage the heart.
When prompted, I describe the connection between mindfulness and wellbeing.
I implement mindful practices that focus the mind, calm the body, and engage the heart.
I explain the connection between mindfulness and wellbeing.
I create and adapt as needed my own mindfulness plan using resources within and beyond the school community.
I implement mindful practices that focus the mind, calm the body, and engage the heart.
I create and adapt as needed my own mindfulness habits that incorporate a variety of resources.
I implement and could teach others mindful practices that focus the mind, calm the body, and engage the heart.
I create and adapt as needed my own mindfulness habits.
I understand a variety of traditions and approaches to mindful practices and can take an active role in teaching my community about mindfulness.
With support, I explore who I am.
With support, I explore connections that I value, such as family, my school community, and nature.
With support, I identify aspects of who I am.
With support, I understand that some aspects of myself change and some are consistent over time.
With support, I explain my connections to communities larger than myself, such as my family, my school, or nature.
With support, I reflect upon and explain aspects of my identity.
With support, I can explain that some aspects of myself change and some are consistent over time.
With support, I describe my connections to communiites greater than the self and explain why they are important to me.
With support, I play cooperatively with peers and notice their feelings
I ask adults for help with peers
With support, I listen to my peers to understand them
With support, I practice conflict resolution skills
I can articulate how behaviors, words, and nonverbal cues impact others
I recognize boundaries and identify trusted peers and adults.
When prompted, I demonstrate conflict resolution skills
With support, I examine how my identity and values impact my behaviors, interests, and decisions.
With support, I demonstrate respect for others’ differences and different processes of self-discovery.
With support, I explore and explain that connections greater than the self foster a sense of belonging or purpose.
I explore and explain connections that give me a sense of belonging or purpose.
I value reflection, play, and unscripted time, and I take time to cultivate connections greater than the self.
When prompted, I articulate how my identity and values impact my behaviors, interests, and decisions.
When prompted, I demonstrate respect for others’ differences and different avenues of selfdiscovery.
I understand how my identity and values impact my behaviors, interests, and decisions.
I demonstrate respect for others’ differences and different avenues of selfdiscovery.
I value reflection, play, and unscripted time, and I take time to cultivate connections greater than the self.
I articulate how my identity and values impact my behaviors, interests, and decisions.
I explain the value of a lifetime of self-discovery
I am respectful of others’ differences and their selfdiscovery processes and help others in my community explore their sense of self and connections.
I value reflection, stillness, and unscripted time, and I take time to honor connections greater than the self.
I can adjust my behavior in different settings
With support, I set, respect, and communicate boundaries
I demonstrate conflict resolution skills and identify traits of a good mediator.
I can adjust my behavior to build relationships as my peers and I grow and change.
When prompted, I set, respect, and communicate boundaries
With support, I exercise restorative approaches in pursuit of conflict resolution and recognize good mediators.
I adjust my behavior to improve my relationships with my peers and community.
I set, respect and communicate boundaries
When prompted, I exercise restorative approaches and mediation skills in pursuit of conflict resolution.
I am compassionate leader and value a healthy community
I exercise restorative approaches in pursuit of conflict resolution and practice mediation skills.
I set, respect and communicate boundaries.
I
I count and represent groups of objects with whole numbers.
I compare quantities of objects.
I demonstrate addition and subtraction with concrete objects.
I compare, order, and represent with whole numbers.
I demonstrate understanding of place value for two- and three-digit numbers.
With support, I make simple estimates.
I demonstrate conceptual understanding and computational ability with simple addition and subtraction.
I compare, order, and use place value to break down whole numbers of any size.
I compare, rename, order, and represent with fractions and decimal numbers.
With support, I use estimation to check my answer.
I demonstrate conceptual understanding and computational ability with whole-number operations.
I manipulate objects to represent a problem.
With support, I use objects, pictures, and representations to answer questions.
I use objects, pictures, and other representations to answer questions.
I identify alternate strategies to solve a problem.
With support, I make predictions and check my answer for reasonableness.
I use more abstract representations to answer questions.
I use multiple strategies to solve problems.
I assess the reasonableness of answers.
I manipulate and answer questions about concrete objects.
I verbalize my wonder.
With support, I pose mathematical questions.
I investigate a problem using concrete manipulatives.
With support, I pose mathematical questions and strategize how to answer them.
I use prior knowledge to investigate a novel situation.
I compare, order, and represent with rational numbers.
I evalute numerical expressions efficiently using properties of real numbers and order of operations.
When prompted, I use estimation to check my answer.
I demonstrate conceptual understanding and computational ability with operations on rational numbers.
I compare, order, and represent with real numbers.
I demonstrate conceptual understanding and computational ability with operations on real numbers.
I use estimation to check my answer.
I use proportional relationships and percents to solve problems.
I calculate the probability of one or more events.
I demonstrate number sense in the complex number system.
I demonstrate conceptual understanding and computational ability with operations on complex numbers.
I represent scientific data with precision and accuracy.
I extend my understanding of numbers to more complex algebraic methods.
I apply probability in various disciplines to make predictions and analyze risk.
I recognize opportunities to apply probability and number sense to analyze situations.
I demonstrate understanding of quantities in multiple dimensions and sophisticated number systems.
With support, I select appropriate strategies, models, and representations to use in a given situation.
I make a prediction about an outcome and assess my answer for reasonableness.
I select appropriate strategies, models, and representations to solve unfamiliar problems.
I assess whether I am making progress in the middle of a process.
I choose a new strategy or model if my first solution attempt produces an unreasonable result.
I categorize unfamiliar problems and choose appropriate tools, multidimensional models, representations, and strategies to solve them.
I assess my results and process for reasonableness.
I persevere when my first or second attempt does not work.
I apply strategies across disciplines.
I identify what is known and unknown about a given situation and formulate questions.
I investigate teacher-posed questions about the nature and behavior of different scientific or numerical phenomena.
I make a conjecture about a situation based on prior knowledge and my own observations.
With support, I formulate questions in a problemsolving, classroom situation.
I make reasonable conjectures within a more complex context.
I formulate questions in a problem-solving, classroom situation.
I solve problems using algebraic, geometric, arithmetical, and statistical methods and models.
I synthesize core ideas and concepts to solve real-world problems.
I analyze my results and process for reasonableness, recalibrating as necessary.
I apply mathematical and scientific methods to model real-world problems.
I formulate and explore questions about novel situations.
I use sophisticated reasoning to prove or disprove my own conjectures.
I collect and represent data in ageappropriate ways.
Analyze and measure date
I use simple graphs to answer simple questions.
I ask and answer questions based on data.
I collect data and create simple graphs.
I collect, sort, and represent data in increasingly abstract ways.
I use reasoning to analyze and explain data.
Communicate mathematical reasoning
Cultivate Mindfulness Investigate and reason
I verbally explain my mathematical thinking.
With support, I explain my solution using objects, drawings, diagrams, actions, and words.
I explain my solution using objects, drawings, diagrams, actions, and words.
I share my explanations with others.
With support, I pose and investigate simple statistical questions.
With support, I choose from an increasingly sophisticated variety of models to display my data.
I summarize a data set using measures of central tendency and spread.
With support, I interpret a data display and recognize misleading data representations.
I create an appropriate display for a data set.
I choose the best representative measures for a data set based on the shape of the data and presence of outliers.
I analyze data to draw simple conclusions and make predictions.
I compare two separate data sets based on visual models and summary data.
With support, I analyze and question data displays to recognize misleading representations.
I use technology to create appropriate data displays using various formats.
I analyze bivariate data using residuals and correlation.
I pose questions and investigate measurable problems.
I demonstrate understanding of the difference between theoretical and experimental probability.
I analyze and question data displays, recognizing misleading data and graphs.
I analyze data using appropriate mathematical and statistical methods.
I demonstrate understanding of the appropriate use of surveys, observational studies, and experiments.
I use statistical inference to quantify uncertainty.
I analyze and question the statistical methods of a study.
I show my process with appropriate computational work, visual models, and vocabulary.
I recognize and describe errors in my own or others’ work.
With support, I listen to the explanations of my peers.
I compare and contrast multiple solution methods of a single problem.
I justify my process with logical mathematical reasoning, appropriate mathematical representations, and appropriate vocabulary.
I analyze and correct errors in my own or others’ work.
I listen to my peers’ explanations and add on to their thoughts.
I explain solutions orally and in writing using a logical path of thinking and appropriate vocabulary.
I select and use common technological tools to convey my ideas.
I communicate quantitative information verbally, numerically, algebraically, and graphically at a sophisticated level.
Employ strategies to understand a variety of media
Apply critical thinking skills to interpret a variety of media
I use strategies to understand and evaluate a variety of media; I apply these texts to the world in which I live.
I recognize the relationship between letters and sounds.
I read simple sentences.
I use phonics-based strategies to decode unfamiliar words
I read or listen to texts and media with growing attention and understanding.
I use phonics, sight words, and meaning context to read and study new material.
I build stamina with age-appropriate texts.
With prompting, I seek help to improve my comprehension.
With support, I develop note-taking and annotating skills. and generate comprehension-level questions.
With support, I identify key ideas of text or media.
With support, I identify a main idea and supporting details
I draw and write responses about a specific work.
With support, I make predictions.
I identify main ideas and supporting details.
With support, I identify elements of fiction, nonfiction, and other creative media.
With support, I predict, infer, and analyze.
With support, I answer interpretive questions about a particular work.
Engage with media to answer essential questions about myself and the world
With support, I find media that interests me.
I discuss books and other creative media with others.
With support, I find media that interests me.
I discuss books and other creative media with others.
With support, I make connections between what I experience and what I read.
I use previous experience in reading and other studies to inform future reading and study choices.
With support, I share text-to-text, text-to-self, and text-to-world connections.
I build stamina by enageing a variety of genres.
I recognize points of confusion and, when prompted, seek appropriate support resources.
With support, I annotate to improve my comprehension.
I compensate for fatigue, challenge, or disinterest with strategies that I know work for me.
I find resources to better comprehend.
When prompted, I annotate to build my understanding.
I compensate for fatigue, challenge, or disinterest with strategies that I know work for me.
I annotate and reread as needed to improve my comprehension.
I compensate for fatigue, challenge, or disinterest with strategies that I know work for me.
I use multiple strategies to ensure that I comprehend material.
I summarize and paraphrase essential elements and recognize the author’s genre craft in a work.
With support, I answer interpretive questions requiring inference and analysis.
With support, I make interdisciplinary connections and comparisons between different works.
I identify choices that the author or artist made in crafting fundamental elements of a work.
With support, I track patterns and analyze to discover themes.
With support, I make interdisciplinary connections and comparisons between different works.
With support, I compose and answer multi-level questions about a work.
I analyze the craft choices in a work.
I track patterns and analyze to discover themes.
I compose and answer multilevel questions about a work.
When prompted, I make connections between disciplines and texts.
I can independently interpret an unfamiliar text or other creative media.
I synthesize across disciplines.
I evaluate authors’ / artists’ worldviews and techniques.
With support, I apply a variety of critical lenses to develop interpretations of different works.
I read for pleasure.
I deepen my understanding of myself and others by drawing connections between my life and what I read and study.
With support, I engage media to explore essential questions.
I read for pleasure and personal growth.
With support, I expand my capacity for empathy through reading and other creative media.
With prompting, I can connect a text or other media to current events and to personal experiences.
I value reading as an avenue for pleasure and personal growth.
I expand my capacity for empathy by engaging with reading and other creative media.
I can apply a text in incisive and personally courageous ways.
I use texts to help me answer essential questions about the world.
I read and engage other creative media to sustain my own lifelong learning, deepen my interest and curiosity, encounter perspectives and experiences different from my own, and examine my own beliefs and experiences.
I use ideas and experiences drawn from creative media to meaningfully participate in and contribute to my world.
Substantiate an insightful main idea
I communicate effectively with a variety of audiences using multiple forms of media.
I use rules for listening and speaking.
I communicate a main idea.
I draw, write, and share ideas.
I construct drawings and sentences to communicate a main idea.
With support, I make connections and select details that support a main idea.
I construct stories.
I select and communicate details that support a main idea.
I share and create visual representations with written support.
Demonstrate command of conventions in various methods
I listen to reading and begin to read with support.
I write letters and simple words.
I connect letters with sounds.
I use inflection to accurately convey meaning when presenting ideas.
I write complete sentences.
I sequence ideas to form paragraphs.
With support, I use correct grammar.
I begin writing paragraphs and more complex sentences.
With support, I use technology to research, publish, and communicate.
I craft stories, opinions, and persuasive debates that express a main point.
I structure and organize information with descriptive details and relevent facts that support the main message.
With support, I generate independent ideas.
I use details and evidence to support a main idea.
I consider my audience’s needs when structuring and supporting my main idea.
I generate a main idea.
I synthesize information and organize my ideas into a coherent argument or story.
A growing sense of my audience’s needs helps me structure and substantiate a more complex main idea.
I formulate insightful, original main ideas.
I select, integrate, and analyze the best evidence to support my main idea.
I synthesize among multiple sources.
I organize and structure my argument or story according to my audience’s needs.
I begin to choose precise vocabulary.
I apply rules of grammar and mechanics.
I use technology to research, publish, and communicate with others.
I apply grammatical and stylistic conventions that are appropriate for my audience.
I select approriate technology to present my material.
I use grammar, style, and formatting to shape meaning and influence my audience.
I have a growing fluency and flexiblity in selecting modalities to communicate with my audience.
I have an effective writing style that informs my ability to persuade in various media.
I use various modalities to communicate.
Use an effective process to develop and refine a purposeful final product
With support, I can work toward a goal. I write a rough draft before a final copy.
With support, I generate ideas through brainstorming, research, and discussion.
I plan with graphic organizers.
I use drafting as part of my writing process.
I revise and share my work with others.
Develop proficiency in a world language
I understand that different languages are spoken in my local community and the world.
I can recognize or speak a few words in another language.
I communicate in another language with small number of memorized words or phrases.
I communicate in spontaneous spoken or written conversations on some very familiar topics using practiced or memorized words.
With support, I generate and organize ideas through brainstorming, research, discussion, and note-taking.
I use model examples to analyze techniques.
I revise my work through collaborative feedback from teachers and peers.
With prompting, I use strategies to generate and organize ideas.
I use model examples to integrate different techniques and approaches into my work.
I incorporate feedback from teachers and peers to create my final work.
I reflect on the steps I followed and the final product it produced; I apply my insights to future work.
I use strategies to generate and organize ideas.
I use modeling to advance and improve my writing.
I use strategies to keep the drafting process moving.
I seek out support to improve my final product.
At appropriate moments, I seek a greater audience for my work.
I independently seek feedback to create my best final product.
I self-evaluate the effectiveness of my process and revise accordingly.
I choose an appropriate avenue to display my expertise.
I communicate in spontaneous spoken or written conversations on familiar topics, using a variety of practiced or memorized words and sentences.
I communicate in spontaneous spoken or written conversations on everyday topics, using a variety of practiced or memorized words, sentences, short paragraphs and questions.
I participate in spontaneous spoken and written conversations on familiar and unfamiliar topics, creating sentences, series of sentences, and paragraphs to ask and answer a variety of questions.
I communicate effectively in more than one language in order to function in a variety of situations and for multiple purposes.
I use a research-based process as a means of synthesizing information, testing ideas, and making new discoveries.
I can notice things around me and ask questions about how and why they work.
I notice how others around me feel.
With support, I can decide whether a question is testable.
I help classmates and other community members when their feelings are hurt or they face a problem.
I can identify questions to investigate in an area of interest.
I learn about real-world challenges that other communities have faced and are facing.
My teacher leads my class in exploring a question.
I can explore a variety of experiences different from my own.
My teacher leads my class in exploring a question.
With support, I can recognize the difference between a fact and an opinion.
I can use teacher-provided sources to deepen my understanding of a chosen topic.
I can search online; with support, I can evaluate the credible sources.
I can create questions about my topic with assistance from class discussion, teacher provided sources and input.
I seek to solve problems that impact others.
Teachers and peers help me refine my questions and problem statements.
With support, identify and evaluate sources of information.
I have started to understand the difference between credible and questionable sources.
With teacher guidance, I create a working answer to my essential question or problem statement.
I can recognize a real-world problem.
With support, I form essential, guiding questions and problem statements.
I empathize with those disadvantaged and facing challenges in need of solutions.
With support, I form meaningful questions and problem statements.
I empathize with those facing challenges in need of solutions.
I form meaningful questions and problem statements.
I can independently locate and evaluate credible sources of information related to the topic I am researching.
With teacher guidance, I evaluate sources to determine credibility and bias.
I use resources and experiences to develop a claim or hypothesis.
With support, I can curate a collection of sources that are relevant to and offer a variety of perspectives on my topic.
I evaluate sources for credibility and usefulness.
With teacher guidance, I engage in experiences that help me more deeply understand my topic.
With support, I extrapolate relevant information for my question of inquiry.
I curate collections of sources that are relevant to and offer a variety of perspecives on my topic.
I evaluate sources for credibility and usefulness.
I actively seek out a variety of resources to uncover gaps in my understanding.
I cultivate relationships and experiences with individuals or organizations related to my topic.
I discern and extrapolate relevant information and develop a claim or hypothesis.
Test and refine
With support, I can make observations and interpret information to make a prediction.
I can test my predictions.
With support, I can make a reasonable prediction based on previous experiences and information.
I can test my predictions.
I participate in teacher-designed and created experiments.
I identify variables and control the experiment for one variable at a time.
I identify patterns and similarities that occur within the experiment or test.
With support, I use a process to review and improve an insight.
Create new products and knowledge that can be shared with others
With support, I use senses and basic tools to verbally answer questions about a topic and draw a picture that demonstrates my knowledge.
With support, I test conclusions multiple times.
I communicate the results of a group experiment through drawings, tables, written answers, and/or verbal summaries.
With support, I participate in group-designed or created experiments and projects.
With support, I develop my own skills by performing important roles, questioning, and making predictions.
With support, I use a process in collaboration with my peers to review and improve an insight, claim, or product.
With support, I design or create my own experiment testing a hypothesis.
With support, I use disciplinary skills and processes to refine a claim.
With support, I analyze my results and repeat steps as needed.
With support, I acknowledge that a research process is not a straight line.
With support, I design or create my own experiment to test a hypothesis, to begin to apply different variables, and to anticipate outcomes.
With support, I use disciplinary skills and processes to refine a claim.
With support, I analyze my results and repeat steps as needed, for I understand that paths of inquiry are not strictly linear.
I design or create a testable hypothesis, a step-by-step plan for examining and/ or testing that idea, and consider the variables that affect the outcomes.
I use cross-disciplinary skills and processes to refine a claim.
I frequently analyze results and repeat steps as needed.
With support, I plan and create products that address simulated or real problems.
With support, I draw conclusions from my path of inquiry to make a wellinformed claim.
With support, I use various methods, including written summaries and models, to describe the process I used and the conclusion I reached.
With support, I design products that address simulated or real problems.
With support, I created researched claims for simiulated or authentic audiences.
With support, I identify and use appropriate types of media to convey my findings and process.
With support, I design products that address realworld problems.
With support, I contribute substantiated claims for simulated or authentic audiences.
With support, through a variety of mediums, I can share my findings, explain their importance, educate an audience on my process, and consider implications for future work.
I design products that address real-world problems.
I contribute substantiated claims for authentic audiences.
I can defend and explain my findings through a variety of media and describe my process.
I welcome constructive feedback and consider implications for future work.
I know myself as a citizen, and I engage diverse perspectives and cultures to enact meaningful change. world in which I live.
I can identify my family, my classroom peers, and others in my immediate community.
I can discuss other communities with similarities and differences to mine.
I can identify communities on local and global levels.
With support, I articulate my own culture and values.
With support, I can label some aspects of my identity and describe some limitations to my perspective.
I can articulate that I am part of a school community with its own values.
With support, I describe the history of the state and national communities to which I belong, and I am developing an awareness of the impact of that history on indigenous and enslaved people.
I participate in discussions about daily life experiences with peers.
I understand that different languages are spoken in my local community and the world.
I connect and start to understand there are differences with my peers.
I use the Cornerstones as a framework to participate in discussions about people who live in other communities.
I describe different identity groups.
I identify and honor differences with my peers.
I use the Cornerstones as a framework to participate in discussions about historical events in my community and other communities.
With support, I am learning to listen and experience the tension that arises from discussions about diversity, equity, and inclusion.
I understand that the spectrum of identity includes ability, gender expression/ orientation, ethnicity, nationality, race, religion, and socio-economic status.
I analyze the factors that have shaped my and others’ identities with curiosity and compassion.
I describe how groups throughout history have failed to consider the perspectives of other groups they considered to be different.
I understand that communities evolve over time.
I can describe and respect different cultural beliefs and traditions.
I participate in discussions about cultural differences while respecting the diverse backgrounds, perspectives, and abilities of those around me.
With support, I listen and can work mindfully and productively with the tension that arises from discussions about diversity, equity, and inclusion.
I analyze the factors that have shaped identity with curiosity and compassion.
I understand how groups and individuals sometimes define themselves in opposition to others.
I understand how Eurocentric and similar perspectives have shaped world history.
I can reconsider my perspectives.
With support, I describe why and how cultures develop diverse beliefs and traditions.
I participate in discussions about the influence of history in how groups of people have built civilizations and governments.
I strive to work mindfully and productively with the tension that arises from discussions about diversity, equity, and inclusion.
I understand how diverse perspectives make me more open and knowledgable.
I evaluate the strengths, challenges, and biases that contribute to how identities form.
I understand how groups and individuals sometimes define themselves in opposition to others.
I understand how Eurocentric and similar perspectives have shaped world history.
I understand that I am part of many communities and that my actions impact my communities in ways I am not always conscious of.
I honor my heritage while celebrating cosmopolitanism.
I understand how marginalized people can struggle with internalized oppression and cumulative impact.
I articulate how group identities matter and impact the ways individuals are treated.
I consider a variety of experiences and perspectives to identify communities’ needs.
With support, I describe why and how cultures develop diverse beliefs and traditions.
I invite others to participate and contribute divergent viewpoints.
I strive to work mindfully and productively with the tension that arises from discussions about diversity, equity, and inclusion.
I demonstrate how diverse perspectives make me more open-minded and knowledgable.
I can work mindfully and productively with the tensions that arises from discussions about diversity, equity, and inclusion.
I connect disciplines and acquire diverse perspectives in order to thrive in academic and real-world settings.
I can utilize the information I’ve acquired to amplify the importance of diverse communities and cultures.
I respectfully work with others in teacher-directed activities.
With support, I respectfully work with others to acheive a teacherdirected outcome.
I understand that I am a part of many communities, and I can follow rules, play, and begin to collaborate with others.
I can seek guidance on how to help when others are treated unfairly in my classroom or school community.
With support, I identify different group roles, model effective group participation, and help to solve group problems with support.
With support, I participate in adultdriven efforts to serve my school or local community.
I support others who are being treated unfairly in my classroom or school community.
I can begin to describe the responsibilities of citizenship.
With support, I can use my strengths in groupwork while encouraging others to use their strengths, backgrounds, and perspectives.
With support, I can participate in, lead, and form groups to positively impact communities.
I can help as an ally when others are treated unfairly in my classroom or school community.
I describe how past events impact local and global communities.
With support, I use my strengths while encouraging others to use their strengths, backgrounds, and perspectives in achieving shared outcomes.
With support, I participate in, lead, and form groups to positively impact communities.
I am an ally when others are treated unfairly in my classroom or community.
I seek knowledge about past and current events in communities beyond my own.
I use my strengths while encouraging others to use their strengths in achieving shared outcomes.
I anticipate potential hurdles with group work and support the group’s efforts to solve them.
I articulate how historical events have contributed to current events and challenges in local and global communities.
With support, I participate in, lead, and form inclusive groups to impact communities.
I work individually and in groups to create solutions to support the community.
I recognize when collaboration and conflict resolution are necessary and how and when to access appropriate resources.
I can articulate how complex, intertwined forces shape local and global challenges today.
I meaningfully exercise my citizenship in my various communities.
Rich learning requires equally rich content, teaching, practice, and assessment. We have limited time with our students and want to be as intentional as possible with that resource. Louisville Collegiate School’s Course Map outlines at a high level the progression of coursework the school offers from junior kindergarten through twelfth grade.
Organized by academic subject, the course map succinctly describes the overarching aims and essential experiences for each course across the school’s three divisions.
This course map does not mean to serve as a day-today unit guide for teachers and students. Individual teachers, grade-level teams, and academic departments are better positioned for these more granular designs. This map highlights the essential
touchpoints of each course, JK-12, to ensure appropriate alignment, breadth, and purpose in the classes we offer across the school and at each grade level.
» English
» Fine Arts
» History and Global Studies
» Mathematics
» Physical Education
» Science
» World Langauge
Students practice oral language skills of listening and speaking and learn the written language skills of reading and writing.
Core Objectives
Reading:
» Look through story books, understand signs and symbols, and students own writing
» Participate in daily phonemic awareness lesson
Writing:
» Write in sundry ways: drawing, scribbling, letter-like forms, invented spelling
Oral:
» Dictate journal entries and stories
Grammar and Mechanics:
» Use patterns of speech
» Use specific vocabulary to describe events
Citizenship:
» Discuss meaningful experiences with others
Students grow steadily in their reading and writing skills. They learn IMSE and Haggerty curriculums.. They practice blending sounds, reading fluently, and writing, and using proper sentence formation.
Core Objectives
Reading:
» Read consonant-vowel-consonant pattern words
» Read decodable words
» Learn high-frequency words
Writing:
» Form letters correctly
» Use both emergent spelling and learned high-frequency words to write words and sentences
Oral:
» Identify rhyming patterns and sounds
» Isolate of sounds
» Blend and segment phonemes
» Listen to and discriminate sounds
» Segment words and sentences
» Recognize and recall letters and sounds
Grammar and Mechanics:
» Practice proper letter formation
» Practice self-correction of sentences
Citizenship:
» Share ME books
» Respond to classmates’ writings
Students are empowered to achieve their goals within the first-grade language arts program with the development of their listening, speaking, reading, and writing skills. This includes reading and listening for enjoyment and information, as well as speaking and writing to convey information, tell stories, and evoke emotions. They gain valuable experience collaborating with others across various languagebased activities. Gaining confidence with these skills, students become fluent readers, attentive listeners, and proficient communicators in both oral and written language.
Core Objectives
Reading:
» Read grade-level texts
» Read text from a variety of genres and make connections between texts
» Fomulate questions and responses before, during, and after reading text material
» Read with fluency and expression
» Understand and apply new vocabulary
Writing:
» Understand and identify complete sentences
» Write legibly using manuscript handwriting
» Explore genres and paths of written expression
» Increase awareness of organizing ideas into paragraphs
Oral:
» Make short presentations to the class on topics of study or for inquiry games
» Read aloud
Grammar and Mechanics:
» Use conventional spelling in daily writing
» Use letter/sound relationships to decode words
» Identify and apply punctuation and capitalization
» Write letters and numbers in proportion
» Form letters correctly
» Use correct spacing
Citizenship:
» Participate in class activities and discussions in respectful ways
Students continue to build their love for independent reading by reinforcing and learning new foundational skills. The goal for second grade is to establish reading fluency so that students can begin reading to learn rather than learning to read. Students deepen their understanding of writing as a process. They practice writing across multiple genres and are steadily challenged to apply essential grammar understanding to their compositions.
Core Objectives
Reading:
» Read with accuracy and fluency
» Build upon strategies for comprehension and expanding vocabulary
» Decode and read unknown words
» Read Find and use interesting words discovered from the text
» Comprehend essential details and order from age-appropriate readings
Writing:
» Build stamina to free-write in journal for 10 minutes without stopping
» Compose unified paragraphs comprising complete sentences
» Write personal narratives, letter writing, realistic fiction, research reports, and poetry with purpose for the students and their perceived audience
» Understand that writing is a process of brainstorming, drafting, editing, revising, and publishing a piece after giving and receiving feedback
Oral:
» Share ideas and thoughts in small reading groups and in whole-class discussions
» Present an informational text written by a student orally to the class
Grammar and Mechanics:
» Identify different sentence types
» Form and correct complete sentences with a subject and predicate
» Identify nouns, verbs, pronouns, adjectives, adverbs
» Identify and practice writing compound sentences
Citizenship:
» Participate in class activities and discussions in respectful ways
» Explore reading as a means to explore different people, places, and cultures
Third-grade students express themselves through reading, writing, speaking, and grammar application. Students utilize class novels and assorted texts to build comprehension, complete written assignments, contribute to discussions, and further develop themselves as critical thinkers. Writing lessons and practice focus on a variety of genres and apply the grammar and mechanical skills needed to develop proficient and effective writers. Students expand their oral expression skills through a formal oral presentation and small and whole group discussions and debates.
Reading:
» Read a class novel each quarter, participate in class discussions, and complete related written assignments
» Read from a variety of self-selected texts during nightly independent reading
» Utilize Storyworks magazine to strengthen and practice comprehension skills taught in literacy lessons
» Utilize technology to read and research
Writing:
» Write in a variety of genres (personal narrative, opinion writing, poetry, fables,
and informational writing) throughout the year
» Restate questions to formulate written responses to questions
» Develop effective paragraphs with topic sentences, supporting details, and closing sentences using various purposes (persuade, inform, entertain)
Oral:
» Read a biography of a selected individual and present a 3-5 minute “first person” oral presentation as the individual
» Express judgments, predictions, and inferences based on texts or topics
» State an opinion and provide supporting details in a debate
» Share readers’ responses in large and small groups and partnerships
Grammar and Mechanics:
» Utilize weekly mentor sentences to identify parts of speech, identify types of clauses, correct mechanical errors, and form a related sentence using the specified grammar items
» Proofread daily work to attempt spelling and mechanical self-corrections as often as possible
» Use prefixes, roots, and suffixes to aid in determining word meanings
Citizenship:
» Participate in class discussions and listen to others’ perspectives in a respectful manner
» Read to explore and better understand different people, places, and experiences
» Honor the opinions of others
The fourth-grade program develops the reading habit, builds confidence, and exposes children to many genres. Children improve their appreciation and comprehension of a text by reading and thought-provoking books and stories. Students are urged to think inferentially, examining character’s feelings and motivations and comparing them to themselves and their own past life experiences. Students will strengthen their nonfiction reading skills by annotating articles to determine main ideas, supporting details, and keywords and phrases. Ideally, students increasingly use textual evidence to support their thinking over the year. Students fully engage in the writing process from reading mentor texts, brainstorming, and developing drafts to publish. Editing their own work is a major point of practice in fourth grade. The aim is for students to share their writing with each other, perceive themselves as authors, and become deeply involved in the writing process.
» Identify and use elements of fiction to appreciate, understand, and analyze texts
» Utilize close reading skills with fiction and nonfiction texts to annotate, increase and deepen understanding, make connections and predictions
» Read multiple books/magazines at the same time (class novels, self-selected texts, Scholastic News, Storyworks), throughout the school year.
» Develop a reading practice that involves multiple texts at a time.
» Read a wide and varied assortment of texts that provide windows to other time periods, cultures, events, and people.
» Explore genres of writing, learn about writing practices of professional authors, use mentor texts to define elements of genres
» Explore purpose, audience, and form of narrative writing, poetry, persuasive and functional writing
» Utilize the writing process to organize information in a logical sequence, make improvements from draft to draft, and provide details to enhance and support the writer’s purpose
» Increase vocabulary by learning Greek and Latin Roots, prefixes, and suffixes
Oral:
» Reads texts with accuracy, expression, and fluency
Grammar and Mechanics:
» Identify parts of speech, parts of sentences, and types of sentences.
» Apply this information to enhance written communication
Citizenship:
» Discuss ideas in a group setting respectfully and responsibly
» Support classmates and the learning environment by demonstrating collaboration, cooperation, and teamwork.
» Read “Window” and “Mirror” books
Students hone their reading skills, demonstrating fluency, expression, comprehension, and the ability to draw personal connections. With increasing confidence, they identify literary devices, utilize text features to enhance their understanding, make accurate inferences and predictions, and participate in class discussions. In writing, they increase their awareness of correct grammar, usage, and mechanics; reorganize their ideas so they are clearer; and offer relevant support tailored to different writing purposes and genres. Students grow in their ability to spell
correctly in daily writing and assessments, while also acquiring a deeper understanding of new vocabulary words. Finally, students deepen their growth mindsets to approach their study of reading and writing as life-long efforts.
Core Objectives
Reading:
» Read multiple books at the same time (class novels, Battle Books, and selfselected books) throughout the school year. Develop a reading practice that involves multiple texts at a time.
» Read and annotate a text in order to deepen understanding and be able to use annotations for a later purpose.
» Use multiple texts as sources in which to compare and contrast topics.
Writing:
» Freewrite on any given topic for five minutes without stopping. (on-demand creative and analytical)
» Demonstrate how the writing changes if the purpose (to persuade, inform, entertain, or express) changes.
» Write a variety of pieces by the year’s end: responses to prompts, compare/ contrast essays, persuasive and informative paragraphs, poetry, short stories.
» Write an original piece of writing in the same style as a published piece written by a well known writer.
» Oral:
» Present Battle Book project to class four times a year.
Grammar and Mechanics:
» Write a PEEL paragraph draft with complete sentences, correct beginning capitalization and correct end punctuation.
» Identify misspelled words and correct them using appropriate resources.
Citizenship:
» Participate in class discussions in respectful ways.
Through the study of various forms of literature, writing styles, and mechanics, students develop the skills not only to read for comprehension but also to analyze and draw connections to larger ideas. Students also increase their confidence to convey their thoughts in writing and compositions.
Core Objectives
Reading:
» Read novels, short stories, and poetry by authors of diverse backgrounds.
» Develop specific strategies to deepen comprehension beyond the surface of a text.
» Analyze figurative language and investigate how/why authors
communicate themes about our world through fiction.
Writing:
» Produce various forms of creative writing: poetry and short stories.
» Research projects on Greek gods, homelessness, and grammar rules.
» Incorporate quotes from texts to support written answers and to defend their analysis of shared readings.
Oral:
» Create and deliver a three-minute presentation describing a specific scene of significance from a novel read outside of class.
» Work collaboratively in groups to research projects and give presentations.
Grammar and Mechanics:
» Grow in their understanding of different parts of speech and parts of the sentence.
» Gain practice with end punctuation, commas, apostrophes, and quotation marks.
» Begin learning and practicing MLA guidelines for in-text citations and works cited entries.
Citizenship:
» Practice open exchange of ideas.
» Empathize with characters whose experiences differ from their own
English 7 students devote considerable effort and focus to increasing the confidence and sophistication of their writing and research. Students immerse themselves in deliberate writing practice, developing their voice through a variety of prompts and genres. Students review grammar for mastery and work to advance the complexity and intention of their syntax and sentence structure. Students also take on significant interdisciplinary studies to understand better the contexts surrounding the different course readings on the syllabus.
Reading:
» Read works from a variety of sources, including graphic novels, fiction, and poetry.
» Make connections to self and the world around them
Writing:
» Write 1-2 warm-up prompt responses per week.
» Implement stylistic elements of the readings into their writing.
» Take strong positions on PEEL paragraphs.
» Construct a self-reflective poetry chapbook.
Oral:
» Share two “choice projects” publicly with the class by way of rehearsed, timed presentations about selected class readings.
» Demonstrate leadership and collaboration through reading circles with small groups, fulfilling the expectations of the different assigned roles for these small group activities.
Grammar and Mechanics:
» Increase command of parts of the sentence with a specific focus on compound and complex sentences.
» Review and practice all forms of punctuation.
» Identify and correct necessary grammar and usage changes during guided revisions
» Submit essays with minimal errors (> 75% of sentences are error-free)
Citizenship:
» Engage in cultural experiences and study diverse cultures through interdisciplinary work with Seventh-Grade Global Studies.
Eighth grade English reinforces skills and practices cultivated in previous Middle School English classes and challenges students to assume greater responsibility and precision in the execution of those skills and practices. Students tackle diverse writing exercises across genres and take on several multi-media projects to further their critical thinking skills and expressive abilities. With a deliberate focus on drawing connections between the literature studied and their own lives, students gain practice with close reading and critical analysis. The curriculum integrates grammar instruction and vocabulary, empowering students to use language with increasing confidence and intention.
Core Objectives
Reading:
» Read increasingly demanding literature spanning a wide range of genres, historical contexts, and narrative perspectives.
» Annotate course readings to support understanding and critical engagement.
» Use fiction and non-fiction texts to understand their place in the world.
Writing:
» Complete daily writing prompts in class responding to recent readings to increase student stamina in creative, persuasive, and analytical writing.
» Organize and compose, with increasing
independence, a 2-3-page academic essay using PEEL principles.
Oral:
» With support, prepare and deliver the ME Project, a 5-10 minute reflective presentation before an audience of ~60 people.
Grammar and Mechanics:
» Identify words, phrases, and clauses according to their function.
» Diagram simple, compound, and complex sentences with increasing confidence.
» Independently recognize grammar, spelling, and punctuation errors in personal and peer writing.
Citizenship:
» Engage with classmates respectfully in whole-class and small-group discussions.
» Use literature and personal experience to dig deeply into the questions: Who influences you?, How?, and To what end?
Through the study of novels, poetry, and classical and contemporary drama, students establish a foundation in literary analysis. Work in grammar, mechanics, and argumentative composition prepares students for meaningful study of English throughout their Upper School experience.
Reading:
» Read progressively complex texts with a specific focus on bildungsroman.
» Articulate and utilize reading strategies, such as annotation, appropriate for various forms of literature.
» Read and analyze poems that can be used in comparisons with different selections of prose.
Writing:
» Compose a series of short argumentative PEEL and TPEELPEEL paragraphs.
» Select and explicate quotations from a work in support of a thesis.
» Compose a thesis-driven argumentative essay responding to a single text.
» Engage in peer revision and feedback.
Oral:
» With support and in a small-group setting, analyze and present on a single work, its author, and its historical/social context.
» Participate in a student-driven Socratic Seminar about a single text.
Grammar and Mechanics:
» Recognize all parts of a sentence; punctuation; and MLA formatting, style, and documentation.
» Further skill and facility with simple, compound, and complex sentences
through the study of sentence diagramming.
Citizenship:
» Engage with classmates respectfully in whole-class and small-group discussions.
» Support the learning of others through peer editing and feedback.
Through careful study of literature from writers around the world, students engage with questions, problems, and themes that affect the global community. In doing so, they expand their understanding of the globe’s diversity and their capacity to participate in increasingly complex discourse.
Reading:
» Read literary works of epic scope tracking patterns and analyzing intricacies of those works’ evolving plots, characters, and settings to discover larger themes.
» Contextualize literary works by drawing material connections and contrasts to different disciplines and texts.
Writing:
» Compose a thesis-driven research paper that synthesizes insights from 1-2 primary sources and 2-4 secondary sources.
» Pursue theses and arguments that are not merely viable and correct in form but increasingly substantive and incisive.
Oral:
» Create and deliver a five-minute presentation describing and defending work completed during the spring semester research paper.
Grammar and Mechanics:
» Demonstrate dependable command (>85%) of all parts of a sentence; punctuation; and MLA formatting, style, and documentation.
Citizenship:
» Empathize and understand various cultures, communities, and lifestyles across the globe.
» Make connections between personal life and the greater human experience.
Honors/Advanced English: American Studies
American Studies uses a rich interdisciplinary context to enable students to develop important twenty-first-century skills and to think deeply about pressing American issues. The two-component courses–Advanced or Honors English: American Studies and Advanced or Honors History: American Studies–unite around major ideas that have been and remain central to life in the United States, such as American identity and the American Dream. Students read and study a variety of literature, practice creative and expository writing, and build upon
grammar, vocabulary, research, and reading comprehension skills.
Core Objectives
Reading:
» Root literary works in their respective historical contexts and use this contextualization to deepen understanding and interpretation.
» Examine how writers address complex American issues in their poetry, fiction, and non-fiction writing.
» Develop their ability to independently interpret textual material using rhetorical and literary analysis strategies.
Writing:
» Compose a thesis-driven essay drawn from the synthesis of historical and literary sources.
» Write a rhetorically compelling essay.
» Sharpen ability to write on-demand about material not yet analyzed in class.
Oral:
» Present a compelling, evidence-based, and logical oral argument addressing American exceptionalism.
» Use various media to build an engaging, argument-driven documentary film on an aspect of the American Dream.
Grammar and Mechanics:
» Write an out-of-class essay with minimalto-no errors.
» Understand the role of syntax in composing and interpreting.
Citizenship:
» Develop an appreciation and empathy for those who lived before them and those present in literature whose experiences and perspectives differ from their own.
» Examine how past Americans have exercised their rights and responsibilities as American citizens or residents and consider how they might be agents for change today.
» Solve or imagine solutions for contemporary problems related to core American issues such as the American Dream.
This course responds to the senior year in two key ways. The first expects students to work with a level of independence and mastery that marks their progress with literary skills and conventions. The second capitalizes on this important moment--closing out one stage of life while anticipating another--to encourage self-discovery relative to the concentric communities in which one lives and acts. The fall semester accomplishes both goals by engaging with great literature in a seminar format. The spring semester continues that work yet also gives way to the Senior Capstone, a three-month long, studentchosen and designed passion project.
Reading:
» Succeed on a mean-level interpretive assessment on a text (or a portion of it).
» Identity and evaluate an author’s worldview.
Writing:
» Demonstrate proficiency with a longer synthesis essay that includes matter-level significance.
» Excel at a close reading essay with not only nuanced analysis of the content but also an explication of the author’s style and form on the work’s content.
Oral:
» Engage and compel audiences through presentations as part of the Capstone Project and Showcase.
Grammar and Mechanics:
» Write an essay with minimal-to-no errors.
» Understand the role of syntax in composing and interpreting.
Citizenship:
» Complete an independent, sustained project of one’s own choice and design.
Students learn that collaboration is essential to theatre-making. They reflect on the skills needed to create art in small groups effectively. Then, they articulate collaboration expectations for themselves and their peers. They learn to be compelling storytellers by adding details to their pantomime, neutral scene, and monologue performances, and they strengthen their physical and vocal presence onstage using basic acting techniques.
Core Objectives
Interpersonal:
» Write an ensemble agreement as a class and work to uphold it
» Build awareness of one’s emotional self and relationship to others through mindfulness, play, collaboration, and reflection
» Exchange, respect, and integrate ideas during group discussions and collaborative art-making
Interpretative:
» Discover subtext and define the given circumstances of a fixed text
» Provide constructive feedback using specific evidence of peers’ physical and vocal choices onstage
Presentational:
» Justify physical and vocal choices to tell a compelling story
» Practice audience etiquette and adjust behavior with feedback
» Reflect on and utilize strategies for dealing with rehearsal and performance stress
Intercultural:
» Recognize and appreciate diverse roles and strengths while working collaboratively
» Empathize with characters while crafting backstories and establishing the elements of a story
» Investigate diverse global and historical perspectives while devising non-fiction scenes and monologues
Students playfully investigate character development and storytelling through voice and body. They become more nuanced performers by applying intermediate acting and vocal techniques. With newfound control and awareness, they express themselves more confidently and authentically. As collaborators, they tackle specific and complex prompts that require them to collectively solve problems. They
learn to advocate for themselves while fully listening to their peers’ ideas. They create performances with greater awareness of the technical elements of blocking, set, props, and music and an understanding of the origins and purposes of theatre. They perform their rehearsed scenes and songs in front of large audiences and reflect on their experience.
Interpersonal:
» Write an ensemble agreement as a class and work to uphold it
» Reflect on the necessity of active listening when collaborating
» Collaborate in groups of two or three to create original work
» Give kind feedback on the compelling and unclear sections of a peer’s performance
Interpretative:
» Assess how blocking, set, props, and music impact storytelling
» Physically define relationships and conflict onstage
» Use new vocabulary to teach peers how to chorally deliver a line
» Sing to pitch with accompaniment and practice two part harmony
» Apply basic principles for healthy vocal production and singing
» Work to incorporate feedback when revising scenes
Presentational:
» Create and share realistic characters in silent scenes
» Maintain rehearsed physical and vocal presence while performing
» Practice audience etiquette and adjust behavior with feedback
» Give focus, energy, and respect to every performance
Intercultural:
» Discuss reasons for nonverbal communication
» Reflect on music’s influence on mood and imagination
» Unpack theatrical use of heightened emotions, conflict, and stakes
» Understand the Greek origins of theatre and chorus
Students learn to improvise while acting, singing, moving, and playing percussion. Through guided exercises, they develop their listening, observing, and responding skills, which strengthen their ability to collaborate and interpret artistic work. While creating spontaneous performances, students broaden their understanding of storytelling structure and discover artistic choices that have a strong audience impact. They collaborate to research and devise scenes, choreography, and musical arrangements. For their final vocal and theatrical projects, they sharpen their performance skills by applying classical music and dramatic theory to their work. They perform their rehearsed scenes and songs in front of large audiences and reflect on their experience. acting and vocal techniques. With newfound control and awareness, they express themselves more confidently and authentically. As collaborators, they tackle specific and complex prompts that require them to collectively solve problems. They learn to advocate for themselves while fully listening to their peers’ ideas. They create performances with greater awareness of the technical elements of blocking, set, props, and music and an understanding of the origins and purposes of theatre. They perform their rehearsed scenes and songs in front of large audiences and reflect on their experience.
Interpersonal:
» Uphold a collectively written ensemble agreement
» Reflect on the necessity of creative risk-taking and trust when collectively making art
» Discuss the life lessons embedded in improvisation
» Collaborate in groups of four or five to create original work
» Give kind, specific feedback on the compelling and unclear sections of a peer’s performance
Interpretative:
» Develop a working knowledge of modern improvisation and Commedia dell’arte and create original performances operating within each framework
» Strengthen ability to use solfege, read a score, and sing in two parts
» Adjust physical or vocal technique with nuance when directed
» Analyze the impact of storytelling choices as an audience member
Presentational:
» Create and share specific, physically exaggerated characters
» Maintain rehearsed physical and vocal presence while performing
» Model audience etiquette for peers
» Give focus, energy, and respect to all parts of a performance, including transitions
Intercultural:
» Discuss how storytelling and comedy are shaped by cultural expectations
» Devise scenes and choreography for a middle school audience
» Research musicians’ backgrounds to analyze the structure and meaning of their songs
Students begin modern scene study and investigation of 20th-century acting methods. These frameworks help them understand a character’s psychology, their personal connection to a text, and a story’s dramatic structure. Students use this newfound knowledge to create more realistic and compelling performances in collaboration with their classmates. Through playwriting, design, film, and dramaturgy projects, they develop an appreciation of theatrical theory beyond acting. They identify their artistic interests in order to select material for their final project and define their role within a small creative team. With a group of their peers, they articulate an artistic vision for a scene and produce it with all technical elements and an awareness of rehearsal etiquette. They perform their scenes for their entire grade level and reflect on their experience.
» Uphold a collectively written ensemble agreement
» Define and evaluate role within group work for personal and collective benefit
» Give compassionate feedback that helps collaborators identify areas of improvement
» Receive and apply feedback with a growth mindset
Interpretative:
» Practice professional rehearsal and performance etiquette
» Utilize scene study techniques to understand dramatic structure and find meaning within a text
» Apply acting, design, and playwriting theory when devising performances
» Analyze the impact of theatrical choices as an artist and audience member
Presentational:
» Model theatrical professionalism onstage and behind the scenes
» Share rehearsed text and cues with energy, focus, and a personal connection to the story
» Adapt in the moment to unforeseen events and audience feedback
Intercultural:
» Select material to share with a specific audience for a defined purpose
» Discuss cultural motivations behind modern design, playwriting, and acting theories
» Investigate the source(s) driving personal and communal reactions to scripts, artistic strategies, and performances
Students learn advanced acting strategies for building awareness and command of their voice and body. In partnership with their teacher or student director, they work to develop nuanced characters and a compelling artistic presence for in-class and public performances. Students select their role in the artistic process based on their interests and level of experience. They are encouraged to broaden their theatrical understanding and skill set by participating in a new capacity within each performance project, including those focused on playwriting, directing, design, dramaturgy, and devising. Throughout each project, students collaboratively articulate and execute a clear vision for a piece using multiple artistic modalities. They learn and maintain professional rehearsal etiquette and apply theatrical theory to their work. At the end of each course unit, they formally reflect on their artistic and personal discoveries and analyze their audience’s reaction to their performance.
Core Objective
Interpersonal:
» Uphold a collectively written ensemble agreement
» Evaluate and broaden ensemble and artistic role for personal and collective benefit
» Give compassionate feedback that helps peers understand a new perspective on their work
» Reflect on patterns within collaborator and audience feedback to set personal and artistic goals
Interpretative:
» Master professional rehearsal and performance etiquette
» Apply scene study techniques to improve character development and storytelling ability
» Define design and acting choices to bolster the director’s vision
» Apply director feedback during subsequent rehearsals
» Discuss theatrical theory when critiquing artistic choices
» Analyze professional scripts and performances to guide devising choices in a specific genre
Presentational:
» Execute specific acting and design styles in front of an audience
» Maintain full awareness of the script, time, physical environment, fellow ensemble members, and the story’s impact throughout a performance event
Intercultural:
» Discuss responsibility when selecting material and topics to share with a diverse and/or specific audience group
» Identify universal questions to create meaningful performances
» Research the motivations behind an artist’s theory, process, or work to more fully understand their perspective Music (Grades JK-1)
Students will embark on a musical journey filled with discovery and joy. They will explore the world of music, discover their musical talents, and develop a lifelong love of music. Students will engage in fun and interactive activities to introduce them to fundamental musical concepts such as rhythm, melody, and dynamics. Through singing, movement, and playing simple instruments, they will develop their musical skills and creativity in a supportive and nurturing environment. Students will have opportunities to share musical experiences with classmates and families, fostering a sense of community and belonging. They will celebrate cultural diversity through music, learn about different musical traditions, and explore the rich tapestry of global music. This class will empower students to express themselves confidently and creatively through music, laying the foundation for a lifetime of musical exploration and enjoyment.
Interpersonal:
» Develop social skills through collaborative music-making activities, fostering teamwork, cooperation, and respect for others’ contributions.
» Cultivate empathy and emotional awareness by exploring musical themes and expressions, encouraging students to recognize and respond to the feelings conveyed through music
» Strengthen communication abilities through verbal and nonverbal expression during musical interactions, promoting active listening, turn-taking, and clear expression of ideas and emotions
Interpretative:
» Cultivate active listening skills by encouraging children to identify and mimic simple rhythms, melodies, and sounds through interactive music games and activities
» Foster imaginative thinking by inviting children to create their own stories and movements inspired by the music, encouraging them to express themselves creatively
» Develop basic music vocabulary by introducing simple terms such as high and low, fast and slow, loud and soft, and encouraging children to use these words to describe the music they hear
Presentational:
» Perform as a grade at the Winter Concert
» Perform independently for peers
Intercultural:
» Introduce children to music and instruments from different cultures through fun and interactive activities
such as listening to traditional songs, playing simple percussion instruments, and learning basic dance movements
» Cultivate curiosity and appreciation for diversity by incorporating multicultural stories, images, and props into music lessons, sparking children’s interest in learning about different cultures through engaging and age-appropriate narratives
» Encourage empathy and understanding by highlighting similarities and differences in musical expressions across cultures
Students will embark on a journey of musical growth and exploration. They will discover their unique voices and talents while developing a sense of appreciation for the diversity of musical traditions. Students will
engage in a curriculum integrating music theory, performance, active listening, and composition. Through hands-on experiences and collaborative projects, they will develop the skills and confidence to express themselves creatively and authentically through music. Students will celebrate cultural diversity, embrace experimentation by taking healthy risks, and foster meaningful connections through music. This class empowers students to become skilled musicians and compassionate individuals who understand the transformative power of music in their lives and the world around them.
Interpersonal:
» Encourage collaboration and teamwork through ensemble activities where students work together to create harmonies, rhythmic patterns, and melodies to promote mutual support among classmates
» Develop communication skills through opportunities to express individual musical ideas and preferences verbally and through nonverbal cues during group discussions and performances.
» Explore the cultural and historical background of different musical genres to cultivate empathy and respect and encourage appreciation of diverse perspectives through music
Interpretative:
» Demonstrate the ability to identify, describe, and perform key elements of
music, such as tempo, dynamics, and timbre, in a variety of pieces from diverse genres
» Express thoughtful interpretations of various compositions by analyzing elements like mood and stylistic features and provide evidence to support those interpretations
» Develop proficiency in vocal interpretation by applying expressive elements of music like dynamics, phrasing, and articulation while singing
Presentational:
» Perform as a grade at the Winter Concert
» Perform independently for peers
» Perform in an Orff ensemble at Kindergarten Derby (Grade 4)
Intercultural:
» Demonstrate an understanding of music from various cultures by actively engaging with songs, instruments, and musical styles from around the world
» Show respect for cultural diversity by being curious about musical traditions and interested in the customs and practices surrounding music from diverse cultures
» Explore and appreciate music from diverse cultures through active listening, singing, and playing musical instruments.
Students learn the first steps of studying and practicing a bowed string instrument. They gain practice and understanding of craft and cultivate an appreciation of music and performance. Throughout the course, students work collaboratively and independently, practice with intention, solve problems, reflect on recent efforts, and develop greater confidence in being vulnerable and patient.
Core Objectives
Interpersonal:
» Create music in a respectful and positive environment
Interpretative:
» Use rehearsal time to learn and master the music
» Develop the fundamentals of technique
» Decipher a one-octave scale
» Develop proficiency in vocal interpretation by applying expressive elements of music like dynamics, phrasing, and articulation while singing
Presentational:
» Play with correct posture
» Develop skills and understanding of a successful bow hold
» Participate in a live performance to
demonstrate mastery of the music, proper etiquette, and respect for the concert experience
Intercultural:
» Discuss multiple genres and origins of music
Students increase their understanding of studying and practicing a bowed string instrument. They gain practice and understanding of craft and cultivate an appreciation of music and performance. Throughout the course, students work both collaboratively and independently. Students increase the stamina of play and theoretical knowledge, creating a growing demand to practice and improve the facility. The musicians end the course performing orchestral music with three to five parts for an audience.
Core Objectives
Interpersonal:
» Create music in a respectful and positive environment
» Accept critique from the instructor to improve musicianship
» Rehearse collaboratively with students
Interpretative:
» Refine posture and technique
» Decipher first position notation
» Understand key signatures
» Understand simple and compound meters
» Incorporate dynamics
» Listen to reference recordings as a source of study
Presentational:
» Play with proper left and right-hand technique
» Collaborate between orchestral sections.
» Learn the basics of leading and following within the ensemble
» Participate in a live orchestral performance
Intercultural:
» Find intentional moments to discuss music and composers
» Relate performance pieces to composers from the past and present
Students learn the fundamentals of studying and practicing orchestral music while continuing to refine basic techniques. Students increase their stamina to practice and gain an appreciation for developing
their skill and facility on their instrument. During rehearsal, students work both independently and collaboratively as an ensemble. Sections of the orchestra split off to rehearse and refine excerpts of music, while portions of the ensemble may remain as a whole group. Students learn from each other with consistent rehearsal and gain the skills and knowledge to lead a section. The musicians end the course with a live performance, including multiple pieces.
Interpersonal:
» Create music in a respectful and positive environment
» Collaborate between all instruments and sections
» Respect varieties and levels of musicianship among peers
» Learn from critique Interpretative:
» Maintain posture and technique
» Gain confidence with music notation
» Develop an inner pulse or internal metronome
» Recognize articulations and phrasing
» Master level-appropriate music
Presentational:
» Follow the conductor to help the ensemble improve musicianship
» Perform in an orchestra setting with increasing comfort
» Exhibit posture and technique with less coaching
» Participate in a live performance to demonstrate mastery of the music, proper etiquette, and respect for the concert experience
Intercultural:
» Tailor every ensemble with appropriate levels, genres, and styles of music. Discuss, research, and collaborate on repertoire for performances
Students understand the importance of practice and rehearsal etiquette while feeling confident with posture and technique. Students develop their facility and theoretical knowledge while rehearsing music that spans multiple grade levels and abilities. Students participating for multiple years within the ensemble have the opportunity to lead their section. Students are surrounded by multiple experience levels and opportunities to thrive as orchestral players. School community performances are held throughout the year, while advanced students receive the opportunity to participate in extracurricular musical offerings. as a whole group. Students learn from each other with consistent rehearsal and gain the skills and knowledge to lead a section. The musicians end the course with a live performance, including multiple pieces.
» Create music in a respectful and positive environment
» Collaborate across all instruments and sections to create music in a respectful and positive environment
» Discuss and share ideas for appropriate musical choices
» Develop leadership skills through consistent practice, rehearsals, and performances
Interpretative:
» Master the music at an appropriate level
» Recognize major and minor key.
» Recognize time signature and tempo changes
» Execute stylistic articulations, dynamics, and phrasing
» Listen to reference recordings to improve ensemble play
» Practice becomes consistent and natural
Presentational:
» Participate in a live performance to demonstrate mastery of the music, proper etiquette, and respect for the concert experience
Intercultural:
» Discuss the choices the ensemble makes about composers and arrangers when applicable.
» Perform arrangements created by students to create a strong bond within the orchestra.
» Share the stage with multiple groups, including the Contemporary Ensemble and middle school groups.
Students learn to play as an ensemble with multiple instruments, including guitars, drums, percussion, keyboards, winds, and vocalists. They gain practice and understanding of craft and cultivate an appreciation of music and performance. Students work as an ensemble in class, while individual practice becomes a key component to success. Students collaborate to create particular set lists according to each audience while being conscious of the limitations of the ensemble.
Interpersonal:
» Begin the rehearsal by discussing musical styles, genres, decades, and artists
» Learn to respect the ensemble’s likes and dislikes by choosing a setlist that demonstrates a meaningful way to select music
Interpretative:
» Analyze the original work and make conscious decisions to mimic or manipulate the piece
» Practice all major and minor keys
» Compose, arrange, or copy music
Presentational:
» Participate in a live performance demonstrating the mastery of the music.
» Create a successful concert with added light, sound, and technology
Intercultural:
» Choose and perform multiple musical styles throughout the setlist
Artists encounter a wide variety of artmaking mediums. They are encouraged to play and experiment with these materials while creatively expressing themselves. They create both collaboratively and independently. Art history inspires young artists to look at the world in new ways while still being encouraged to trust their intuition and unique vision from within. Students learn to care for supplies, the studio, and their sketchbooks. Students exhibit their artwork throughout the year and during the Lower School Visual Arts Showcase in the winter, and a portfolio of art for the school year is sent home.
Interpersonal:
» Learn about the growth mindset in art, using the term “Beautiful Oops.”
» Learn to create art in a respectful and positive environment.
» Choose how to be greeted at the door.
» Learn how to care for the shared studio supplies.
Interpretative:
» Introduce and reinforce the Elements of Art with songs and experimentation.
» Examine historical and contemporary works of art and participate in group discussions.
» Use studio time to practice and play with materials and techniques introduced in class.
Presentational:
» Exhibit art in lower school hallways for students to be honored and appreciated
» Share with peers and participate in gallery walks
» Collect work in a portfolio to demonstrate techniques and materials studied
Intercultural:
» Discuss multiple genres and origins of art
Artists learn explicit skills in an environment that prioritizes creativity, play, and problemsolving. Mindfulness practices cultivate an environment of safety, fostering a growth mindset. Students create both collaboratively and independently. Art history and Visual Thinking Strategies help to inspire and challenge artists to look at the world in new ways while being called to trust their intuition and unique vision from within.
Artists use thumbnail sketches and planning time to prepare for work and reflect when completed with artist statements, titles, or reflection sheets. Students continue to learn to care for supplies and the studio, with more options for free time. Student artwork is exhibited throughout the year and during the Lower School Visual Arts Showcase in the winter.
Core Objectives
Interpersonal:
» Increase growth mindset and see mistakes as a pathway to developing skills
» Create art in a respectful and positive environment
» Share materials and contribute to the care and organization of the art studio space, but they are solely responsible for the care of their sketchbooks
Interpretative:
» Deepen understanding of the Elements of Art, and students are introduced to the Principles of Design
» Use Visual Thinking Strategies to analyze art
» Use studio time to practice and play with materials and techniques introduced in class. During free time, learn how to use and care for a wider range of materials
Presentational:
» Exhibit art to offer a forum for students to be honored and appreciated
» Share with peers and reflect on work through written reflections and artist statements
» Collect work in a portfolio to demonstrate techniques, artists, and materials studied
Intercultural:
» View and discuss multiple genres and origins of art
» Choose how to be greeted at the door and practice advocating for their needs in class
Students build on existing artistic skills and gain opportunities to express their unique individuality in a variety of art disciplines, including bookbinding, clay, drawing, fiber, painting, and printmaking. Fifth Grade Integrated Arts connects the arts with the core curriculum in the fourth quarter. The shared goals include experiential learning, empathy for others, and understanding the influence of one’s environment on the individual.
Core Objectives
Interpersonal:
» Practice sharing tools and materials with peers
» Practice sharing ideas in conversations and class discussions
Interpretative:
» Develop an understanding of the Elements of Art and Principles of Design in relation to student creations and other works of art
» Use Integrated Arts and cross-curricular art experiences to connect with other disciplines and broaden learning experiences
Presentational:
» Exhibit art to offer a forum for students to be honored and appreciated
» Give presentations, share with peers, and reflect on work in the form of art critiques
Intercultural:
» Encounter artists from around the world
» Further cultural awareness and appreciation
» Use historical and multicultural themes of art to inspire student work
Students continue to build artistic skills and practice good craftsmanship in a variety of art disciplines, including clay sculpture, drawing, painting, printmaking, and fiber arts. They grow in self-awareness and artistic sensibilities through creative learning
experiences and personal expression. The art critiques offer opportunities for selfevaluation and practice with art vocabulary to describe and interpret works of art and the creative process.
Core Objectives
Interpersonal:
» Assist and encourage peers in the artmaking process
» Practice sharing ideas and constructive criticism in conversations and class presentations
Interpretative:
» Use the Elements of Art and Principles of Design to evaluate student creations and other works of art
» Use art vocabulary in self-reflection and art critiques
Presentational:
» Exhibit art to offer a forum for students to be honored and appreciated
» Share and reflect on work in art critiques with peers
» Practice new art techniques to build upon existing knowledge and skills
Intercultural:
» Cultivate knowledge of multicultural themes and artists from around the world.
» Use art historical and multicultural themes to inspire student work
Students learn new artistic skills and develop aesthetic sensibilities in a wide range of disciplines, including ceramics, drawing, fiber, mixed media, painting, printmaking, and sculpture. They also encounter art history and multicultural themes throughout the curriculum. Students continue to use their imaginations, explore, problem-solve, and work collaboratively. Students’ written artist statements include research on the subject, self-reflection, and self-evaluation.
Interpersonal:
» Share tools and materials with peers in a collaborative work environment
» Practice empathy for one another through the shared learning experience and personal identity reflected in student work
Interpretative:
» Develop the use of the Elements of Art and Principles of Design to guide the process of art-making
» Use the Elements and Principles to evaluate and improve student creations
» Use art vocabulary in self-reflection, written artist statements, and art critiques
Presentational:
» Exhibit art to offer a forum for students to be honored and share with the school community
» Give presentations and share personal self-reflection with peers through artist statements and art critiques
» Develop new artistic skills to add to one’s repertoire
Intercultural:
» Share interpretations and research of multicultural themes with the school community
» Create collaborative works with crosscurricular themes that celebrate historical figures from around the world
Students will be introduced to multiple media specific to visual arts with the end goal of the mastery of craftsmanship, a willingness to be curious, and an appreciation for the design process. Students will develop and refine their written and verbal communication through self-reflection and peer discussions. Students will experience various materials, techniques, and art-making processes while developing conceptual and critical thinking through inquiry-based learning. Each student will engage in projects that directly support the theatrical productions in the middle school.
Core Objectives
Interpersonal:
» Work collaboratively in a group by participating and contributing ideas
» Further character development by sharing tools and studio space
» Use strengths while encouraging others to use their strengths, backgrounds, and perspectives in achieving shared outcomes
Interpretative:
» Identify choices the artistic collaborators made when crafting fundamental elements of a work
Presentational:
» Craft and create work according to artistic goals and audience needs
» Use an effective process to develop and refine a final product
Intercultural:
» Learn about and engage with media from different cultural backgrounds
» Discuss how cultural considerations can contribute to the design goals of an artist
» Find intentional moments to discuss artists and designers
Students continue to add to their repertoire of artistic skills, practice craftsmanship, and gain knowledge in preparation for the Upper School Art curriculum. They use their toolbox of skills, aesthetic sensibilities, and personal expression to create works of art in sundry art disciplines, including bookbinding, drawing, ceramics, mixed media, painting, printmaking, and sculpture. Students apply ideas and concepts, problem-solve, and use research as inspiration for the creation of their works of art.
Interpersonal:
» Share the meaning behind personal expression in students’ artworks with peers
» Consider constructive feedback from peers to improve a work of art
Interpretative:
» Use the Elements and Principles to evaluate and improve student creations
» Compare and contrast works of art to understand an artist’s style and development
Presentational:
» Exhibit artwork and give presentations in the form of artist statements, research essays, and art critiques
» Build confidence in their art-making abilities through practicing and perfecting new artistic skills and craft
Intercultural:
» Apply concepts and ideas from world cultures in students’ works of art.
» Research and share the history and significance of works from different cultures in artist statements
» Empathize with artists from other cultures through shared artistic expression
In this introductory course, student artists work on the fundamentals of drawing and painting, practicing essential techniques for completing a range of projects. The overarching goal of the course, which emphasizes composition and craftsmanship, is to give students the confidence to use
a variety of mediums, including charcoal, pencil, colored pencil, pen & ink, watercolors, and acrylic paint. In the course’s drawing and painting portions, students complete still lifes, landscapes, and portraits. As they gain a working art vocabulary, students offer critiques of their work and their peers’ art.
Interpersonal:
» Practice sharing tools and materials with peers
» Assist peers when aid is requested
» Share ideas about artwork in conversations and class discussions
Interpretative:
» Build a knowledge of the elements of art while building a working art vocabulary
» Use art vocabulary to discuss the work and styles of famous artists
» Use art vocabulary to describe one’s work and critique the artwork of peers
Presentational:
» Build proficiency with line, proportion, and perspective
» Practice the drawing techniques of shading, hatching, and cross-hatching
» Learn how to use different drawing and painting mediums
» Develop a sense of composition and enhance technical proficiency with the creation of still lifes, landscapes, and portraits.
» Learn the steps necessary to plan, begin, and then complete a drawing or painting
» Exhibit pieces, either drawing or painting, to build a sense of pride in one’s work
» Present and describe pieces in class to receive feedback during critique
Intercultural:
» Analyze styles of drawing and painting from around the world
In this introductory course, student artists work on the fundamentals of three-dimensional art, focusing primarily on sculpture and ceramics. The threedimensional aspect of the course builds spatial sense, design principles, and craftsmanship. Students will construct sculptures from paper, cardboard, balsa wood, and soapstone. In the ceramics portion of the course, students learn and practice essential techniques for making, firing, and glazing decorative and functional clay objects. As they gain a working art vocabulary, students offer critiques of their work and their peers’ art.
Interpersonal:
» Practice sharing tools and materials with peers
» Assist peers when aid is requested.
» Share ideas about artwork in conversations and class discussions.
» Collaborate and cooperate when working on group projects
Interpretative:
» Reinforce knowledge of the elements of art while building a working art vocabulary.
» Use art vocabulary to discuss the work and styles of other artists.
» Use art vocabulary to critique one’s work and the artwork of peers
Presentational:
» Continue to build proficiency with line, proportion, and perspective
» Imagine, visualize, and construct objects with height, width, and depth.
» Consider measurement, balance, and aesthetic appeal when constructing sculptural forms from various media.
» Use additive and subtractive techniques when working on clay.
» Use the score and slip method to join pieces of clay slabs.
» Learn about the process of firing and glazing ceramic pieces.
» Plan, begin, and complete the steps to create sculptural and ceramic pieces.
» Exhibit 3-D pieces to build a sense of pride in one’s work
» Present and describe pieces in class to receive feedback during the critique
Intercultural:
» Analyze styles of 3-D art from around the world
Through the study of contemporary and diverse artists, media, and techniques, students will expand their two-dimensional artistic skills while also building an awareness of critical and conceptual thinking. Students develop a consistent sketchbook practice to supplement their artistic process and skill development. Inclass demonstrations, lectures, field trips, and visiting artists offer robust exposure to artmaking within and beyond the classroom. Small exercises and larger inquiry-based projects are designed to give students various opportunities to discover a twodimensional medium they most connect to. Students are also encouraged to think in ways that connect their art with social and personal experiences.
Interpersonal:
» Create art while respecting individuals, each other, and the space
Interpretative:
» Use studio time to complete inquirybased projects
» Develop the fundamentals of technique
» Investigate personal experiences and identity
» Learn the importance of personal style and expression
Presentational:
» Display artwork for formal critiques and discussion
» Describe the artwork process, materials, visions, inspirations, and research
» Construct written artist statements that detail the vision, process, materials, and influence
Intercultural:
» Gain exposure to global artists through videos and lectures
Students expand their three-dimensional artistic skills while gaining a deeper awareness of critical and conceptual thinking. They continue to survey contemporary and diverse artists, media, and techniques while engaging with inclass demonstrations, small exercises, and larger inquiry-based projects. They are guided through a multitude of sculptural approaches, including collage, assemblage, clay, and mixed media, to support an understanding of shape, form, scale, weight, and materiality. Students are also encouraged to investigate conventional and unconventional art materials.
Core Objectives
Interpersonal:
» Create art while respecting individuals, each other, and the space
» Communicate with peers to create collaborative projects
Interpretative:
» Use studio time to learn and experiment with materials
» Create inquiry-based projects
» Develop the fundamentals of technique
» Investigate personal experiences and identity
Presentational:
» Display artwork for formal critiques
» Describe the artwork process, materials, visions, inspirations, and research
» Receive constructive critique in a formal setting from both teacher and peers
» Explore methods for the display and installation of artwork
Intercultural:
» Gain exposure to global artists through videos and lectures
Through the study of formal elements of art and principles of design, creative software, the history and contemporary applications of graphic design, small exercises, and larger projects, students expand their creative and technical skills while gaining a deeper awareness of critical and conceptual thinking. In-class discussions and assignments are designed to engage students with the world of design all around them, encourage paying attention to what inspires, and use observations to inform successful design work. Students will conclude the course with a digital portfolio of their work.
Core Objectives
Interpersonal:
» Create digital designs while respecting individuals, each other, and the space
Interpretative:
» Use lab time to learn and experiment with graphic applications in design
» Develop the fundamentals of design
» Learn the importance of visual communication
Presentational:
» Display designs for formal critiques and student showcases
» Describe the design process, visions, inspirations, and research
» Receive constructive critique in a formal setting from both teacher and peers
Intercultural:
» Gain exposure to global designers through documentaries and lectures
This introductory course explores digital photography through history, technique, aesthetics, and practice. Through continued practice and reflection, students learn the skills to be competent, confident photographers. Students explore the fundamentals with a digital single-lens reflex camera (DSLR) and gain a working knowledge of Adobe Lightroom.
Interpersonal:
» Share the meaning behind personal expression in students’ photographs with peers
» Consider constructive feedback from peers to improve their photographs
Interpretative:
» Build a knowledge of the elements of photography while developing visual art vocabulary
» Use art vocabulary in self-reflection, written artist statements, and art critiques
Presentational:
» Exhibit photographs and give presentations in the form of artist statements, research essays, and art critiques
» Build confidence in their abilities through practicing and perfecting new photographic skills and craft
Intercultural:
» Gain exposure to the work of diverse photographers from around the world; both contemporary and historical
Through continued study of historical and contemporary applications of photography, small exercises, and larger choice-based projects, students expand their creative and technical skills with digital photography. Students create an inspired and original series of photographs that speak to a cohesive body of work. They explore multiple genres of photography in both commercial and fine art applications. Students also experiment with alternative methods in image making. Students conclude each project with a written statement detailing their artistic vision and process.
Core Objectives
Interpersonal:
» Create images while respecting individuals, each other, and the space
» Collaborate for partner and group exercises
Interpretative:
» Use lab time to learn and experiment with photography methods
» Develop the fundamentals of image making and image editing
» Learn the importance of personal style and expression
Presentational:
» Display photographs for formal critiques and art exhibitions
» Describe the photographic process, materials, visions, inspirations, and research
» Receive constructive critique in a formal setting from both teacher and peers
» Prepare a digital portfolio of work for scholastic and exhibition opportunities
Intercultural:
» Gain exposure to global photographers through videos and lectures
Students take their study and understanding of contemporary artists, media, and techniques and apply them to larger choicebased projects that culminate in a diverse portfolio and, for Advanced Studio Art, build a cohesive body of work. While self-directed, students survey contemporary unfoldings within the art world, in-class discussions, formal critiques, and contemplative exercises further support critical and conceptual thinking. Senior students in the course
conclude with an exhibition of thoughtfully curated works and refined artist statements.
Core Objectives
Interpersonal:
» Create art while respecting individuals, each other, and the space
» Collaborate with peers to brainstorm projects, discuss ideas, and support inquiry
Interpretative:
» Use studio time to complete choicebased projects
» Strengthen confidence in the process of art making
» Investigate personal experiences and identity
» Connect personal style and expression
art making
» Visually communicate themes, ideas, and subject matter
Presentational:
» Display artwork for formal critiques and art exhibitions
» Verbally articulate the art-making process, materials, visions, inspirations, and research
» Receive constructive critique in a formal setting from both teacher and peers
» Develop well-crafted artist statements that encapsulate the artistic vision and process
Intercultural:
» Gain exposure to global artists through videos and lectures
» Participate in field trips to engage with contemporary art in museums and galleries
Understanding identity of self and others as it extends beyond self, family, and the world.
Core Objectives
Communication:
» Weekly journal activity and oral description
Critical Thinking:
» Discussions of differences in ourselves, families, communities, and the world
Research & Innovation:
» Play-based exploration of nature
Citizenship:
» Morning meetings, cultural traditions, holiday party
Students cultivate an early understanding of the world’s breadth and diversity and develop initial ideas of global citizenship by encountering diverse perspectives, practicing critical-thinking skills, nurturing imagination and empathy, and building curiosity about our interconnected world.
Core Objectives
Communication:
» Speak clearly to be understood
Critical Thinking:
» Compare and relate geographical locations to students’ surroundings
» Compare and relate to different people around the world
» Identification of self
» Learn about the people who serve in our school
Research & Innovation:
» Read aloud on the focus topic
» Journal about traveling experiences
Citizenship:
» Participate in service-learning projects
» Participate in Fourth-Grade Buddy program
In first-grade social studies, students embark on an exciting journey to discover the continents and oceans of our planet. From
North America to Antarctica, they delve into the rich diversity of cultures, landscapes, and wildlife across the globe. Through hands-on activities and engaging lessons, students explore everything from famous landmarks to unique folktales, fostering a deeper understanding of the world around them. Within the curriculum aligned with the National Council of Social Studies, first graders develop the knowledge and proficiency to be global citizens from an early age.
Core Objectives
Communication:
» Write an ensemble agreement as a class Name the continents and oceans
» Identify locations on a map
» Describe a few landforms of the North American continent and compare/ contrast them with landforms on other continents
» Describe the living things on different continents and how the land influences the development of living things
» Compare/contrast different seasons and climates around the world
Critical Thinking:
» Name general cultural elements of each continent
» Learn about the holidays, foods, and traditions of each continent
» Read folklore and stories from each continent
» Learn about and identify outstanding landmarks found on each continent
» Compare/contrast family units and lifestyles from each continent
» Learn some of the history and cultural influences of each continent
Research & Innovation:
» Explore biodiversity found on each continent
Citizenship:
» Develop a collaborative classroom community
» Participate in group discussions and activities
» Value different perspective
The theme in second-grade Social Studies is community and citizenship. The students look at communities through various lenses, beginning with the classroom community. Second graders explore different themes— manners, learning from mistakes, accepting differences, self-regulation, social skills, and understanding emotions. They grow in understanding diverse communities, citizenship, and their position within the community.
Communication:
» Identify individual communities - their planet, continent, country, state, and city
» Use graphics to compare and contrast urban, suburban, and rural communities and their distinct characteristics
» Name current leaders (president, governor, mayor, and school)
» Discuss how communities celebrate their unique cultures and heritages
» Define community and citizen
» Name different kinds and sizes of communities
» Explore traits of good citizens and good leaders
» Determine the rights and responsibilities of citizens
» Compare and contrast rules and laws
» Examine the history of money and how money moves in a community
» Define goods, services, producers, consumers, needs, and wants and recognize examples of each
» Define natural resources and conservation, and identify examples of each.
Research & Innovation:
» Explore a list of diverse citizens and leaders from history
Citizenship:
» Develop a cooperative and respectful classroom community
» Demonstrate the Collegiate Cornerstones
Students develop critical thinking skills and decision-making abilities that will help them become responsible citizens. They explore maps and globes, allowing them to expand their geography knowledge. Throughout their studies, they deepen their understanding of how our state, local, and national governments make decisions and how our leaders are elected. By exploring the topic of citizenship, students learn about their roles and responsibilities as active members of society. Furthermore, studying economics allows them to understand how goods and services are produced, provided, and traded.
Communication:
» Present research and relevant details on a famous Kentuckian
» Construct responses through various forms of writing using evidence and reasoning
» Identify, examine, and interpret a variety of maps
» Use geographic tools and vocabulary to recognize different parts of a map
» Use geographic information to examine large land and water masses and distinct regions
» Understanding the national, state, and local government structure and various leaders’ roles
» Identify current government leaders at national, state, and local levels and explain the roles and responsibilities of each
» Recognize what countries export and why they import goods for trade
Research & Innovation:
» Understand key events and people involved in settling and development of Kentucky
» Research a famous Kentuckian and summarize their achievements and contributions to the state
Citizenship:
» Understanding the roles and responsibilities of U.S citizenship.
» Differentiate between types of government and how leaders are elected
» Examine what citizen’s rights are and how they are protected
» Recognize how governments make and enforce rules and laws
» Determine how economic systems function
In fourth grade, students learn about exploring the Americas and our nation’s founding. The students will develop an understanding of the indigenous peoples of the Americas and how they interacted with their environment and developed sophisticated civilizations across North America. Students identify reasons for exploration and the formation of the early colonies, including the push and pull factors of migration. From there, students identify the causes of the American Revolution and research significant people of the period. Then, students will analyze the movement of people throughout the western United
States and the growing divisions within the young nation. Throughout our studies, students examine people and events from various viewpoints to understand our country’s formation.
Core Objectives
Communication:
» Research, synthesize, and analyze information to present to the class
» Use various forms of writing to demonstrate knowledge
Critical Thinking:
» Explore and discuss traditions and holidays celebrated throughout the world
» Study the cultures, geography, history, and governments of Indigenous peoples of North America
» Recall the early explorers of the American continents
» Understand the early colonies of the Americas and their origins
» Identify the causes and main events of the American Revolution
» Explore the creation of the US Constitution and Government
» Study the movement of people and communities throughout North America
» Identify the causes of the Civil War
Research & Innovation:
» Research and identify contributions of African Americans throughout American History to create a culminating project on a person of focus
» Research and identify contributions of key figures during the American Revolution
Citizenship:
» Practice collaborating in group projects
» Practice respectfully and responsibly discussing multiple perspectives
Students explore historical events beginning with early civilizations in Mesopotamia. Then, they direct their attention westward to examine and analyze several major civilizations on both sides of the Atlantic Ocean. Students learn the geography of these civilizations. They also dig deeper to explore how geography impacts how people live throughout the world’s regions. Religion, arts and achievements, political systems, and economic and social structures are major focal points in each unit. Study skills like note-taking, identifying reliable research, and chunking larger projects are prominent and ongoing areas of practice and attention in the class.
Communication:
» Compose paragraph TPEEL essays that correspond with units of study, such as where the Elgin Marbles rightfully belong and the lasting legacy of Rome
» Perform a retelling of student-written Greek myths to an audience
Critical Thinking:
» Students participate in a Conflict of the Orders simulation to experience how Plebians gained power and Patricians compromised
» Analyze the Renaissance through selected paintings and sculptures from the period
Research & Innovation:
» Research from textbooks, classroom resources, and selected primary sources to create a class-wide museum about Mesoamerica
» Using a libguide and other resources, write a five-paragraph essay about a person who lived in the Medieval Ages and their lasting significance
Citizenship:
» Create a family scrapbook highlighting the different experiences and perspectives within an Aztec, Mayan, or Incan family
» Participate in discussions through active listening and thoughtful contribution,
such as debating the fairness of selected laws from the Code of Hammurabi
Sixth-grade Global Studies students explore Eastern world religions, cultures, relevant current events, and geography (primarily of Asia and Africa). To deepen students’ critical thinking and historical insight, they use factual research to explore unique perspectives on topics and issues, both historical and contemporary.
Communication:
» Gather notes and develop a research project that includes the presentation of synthesized facts to an audience
Critical Thinking:
» Identify and develop informed arguments about fundamental elements of major world religions
» Identify and develop informed arguments about seminal events, people, and ideas from selected ancient civilizations in the Eastern Hemisphere
Research & Innovation:
» Book study on South Sudan with supplementary activities on current events in Africa and Joseph Campbell’s Hero’s Journey
» Experiment with bridge building in
conjunction with the Makery and African geography (Strait of Gibraltar)
Citizenship:
» Design individual utopian societies by hand drawing maps, organizing governments, selecting social structures, advocating for human rights, and establishing global relationships
» Practice discussing ideas in a group setting respectfully and responsibly
Students use their background knowledge and skills of ancient history from their 5th— and 6th-grade global studies classes to explore current issues affecting our global world. They develop media literacy skills to analyze sources and research topics. Throughout the class, students try to understand the multiple perspectives of and within different cultures and the impact of those perspectives on world events.
Core Objectives
Communication:
» Interview a real migrant to learn about their human migration story
» Record a podcast episode sharing the push and pull factors of a migration story.
» Defend the level of credibility of a specific source
» Engage in various inquiry-based
lesson topics to discuss, debate, and communicate conclusions
Critical Thinking:
» Evaluate the credibility and bias of physical and digital sources
» Develop solutions to world problems through the World Inequalities Project
» Compare and contrast various types of migrants, refugees, and their experiences
» Reflect on the values, beliefs, and backgrounds of yourself and others to understand how they influence perspectives
Research & Innovation:
» Research and examine maps, data sets, and charts to raise awareness and develop solutions to global inequalities
» Research and present a country through the lens of the Five Themes of Geography
» Identify and implement skills to yield better research results
Citizenship:
» Decode mixed media messages, examine the role those messages have, and how they can manipulate people and society
» Examine the development of modern international law through the creation of the Universal Declaration of Human Rights and the aftermath of the Holocaust
» Survey the impacts human migration has on destination and origin countries by creating mini-posters
Students acquire knowledge and understanding of the framework of representative government in the United States as described in the United States Constitution. Students can identify and describe the three branches of the federal government, understand their roles in our political system, trace the historical origins of Constitutional principles, and apply those standards to modern situations.
Communication:
» Formulate and articulate informed opinions and conclusions regarding pivotal Supreme Court cases
» Students will consider viewpoints different from their own and respond appropriately
Critical Thinking:
» Understand and apply the historical context of key sections of the United States Constitution to interpret original intent
» Utilize historical knowledge of the United States Constitution and interpretative skills to develop their understanding of what it means to them and how it should be applied to real-world situations
Research & Innovation:
» Read the United States Constitution as a primary resource
» Learn the vocabulary found in the document and recognize the importance of breaking down specific words for multiple meanings
Citizenship:
» Develop an appreciation and empathy for those who lived before them and those involved in the cases studied whose experiences and perspectives differ from their own
» Work to apply the principles in The Constitution to present-day challenges
Honors Approaches to History I students develop skills necessary to succeed in future high school history courses while exploring the history of the world from ancient civilizations to the beginning of the Age of Exploration. Students study universal themes that transcend periods, learning to think and write as emerging historians.
Core Objectives
Communication:
» Develop factual, analytical, and creative communication skills (in written and oral presentation)
» Make historically defensible arguments using a variety of methods.
» Participate thoughtfully in class discussions
Critical Thinking:
» Synthesize insights from primary sources and secondary sources to develop independent arguments
Research & Innovation:
» Implement MLA format
» Analyze and apply texts for literary, cultural, personal, and historical significance
» Interpret the past (analyzing primary and secondary sources, making historical comparisons, and chronological reasoning)
Citizenship:
» Develop a growing understanding of the diversity of people’s lives and the historical and cultural circumstances that changed the world
Approaches to History II students study world cultures from the mid-sixteenth century to modern times. The course does not incorporate all cultures and periods; rather, the focus is on building and developing the historical skills introduced
and practiced in Approaches to History I. Each quarter, students focus on a major historical thinking skill. Additionally, throughout the year, students examine how art provides integral insight into past cultures.
Core Objectives
Communication:
» Compose a thesis-driven research paper that synthesizes insights from both primary and secondary sources
» Increase class participation skills and the ability to articulate one point aloud
» Demonstrate public speaking and presentation skills
Critical Thinking:
» Read sources from both secondary and primary authors
» Contextualize historical works by making connections to different disciplines and texts
» Pursue theses and arguments that are not merely viable and correct in form but increasingly substantive and incisive.
» Build upon and continue to develop 21st-century analytical thinking skills, such as inferential thinking, sequencing, categorization, event integration, interpretive skills, analysis, and synthesis
Research & Innovation:
» Implement MLA format
» Analyze and apply texts for literary, cultural, personal, and historical significance
» Present research that integrates evidence from primary and secondary sources
» Make historical comparisons and construct chronological reasoning
Citizenship:
» Deepen understanding of the diversity of people’s lives and the historical and cultural circumstances that changed the world
» Consider the role of history and historians in solving present-day challenges
» Work cooperatively and productively in a group and larger class activities
Students develop essential twentyfirst-century skills and think deeply about pressing American issues within a rich interdisciplinary context. The two component courses–Advanced or Honors English: American Studies and Advanced or Honors History: American Studies–unite around vital ideas that remain central to life in the United States, such as American identity, the American Dream, foreign policy, and social responsibility.
Core Objectives
Communication:
» Develop argumentative, analytical, and creative writing skills.
» Make a historically defensible argument using a variety of methods.
» Be thoughtful participants in a group discussion
Critical Thinking:
» Allow for multiple perspectives when studying and solving problems
» Recognize how individual perspectives select, omit, emphasize, and frame issues to create meaning
Research & Innovation:
» Implement MLA format
» Analyze and apply a text for literary, cultural, personal, and historical significance
» to interpret the past (analyzing primary and secondary sources, making historical comparisons, and chronological reasoning)
Citizenship:
» Develop an appreciation and empathy for those who lived before them and those present in literature whose experiences and perspectives differ from their own
» Explore how past Americans have exercised their rights and responsibilities as American citizens or residents and consider how they might be change agents today
Through careful study of women’s experiences in past cultures and contemporary society, students examine how women have shaped the history of the United States and the global community. They work towards a “full and fair share” of equal rights, political participation, and socio-economic opportunity. Discussion of current events and issues is incorporated throughout the course.
Core Objectives
Communication:
» Compose regular compositions demanding summary of significant ideas, analysis of key inferences, and evidence from course readings and research
» Create and deliver presentations on chosen topics to the class
Critical Thinking:
» Analyze historical developments through the lens of women’s experiences
» Practice close reading and data recall/ integration skills
Research & Innovation:
» Analyze and apply texts for literary, cultural, personal, and historical significance
» Interpret the past (analyzing primary and secondary sources, making historical comparisons, and chronological reasoning)
» Determine relevance and bias in articles, websites, and other materials to arrive at an increasingly sophisticated understanding of women’s circumstances and perspectives
Citizenship:
» Develop a greater understanding of the diversity of women’s lives, past and present, and the cultural circumstances that affect them
Through careful study, students examine the contextual beginnings of “human rights” and its modern societal implications. Students encounter the story of efforts made to define
basic human rights and the entitlements bestowed on all human beings. Further investigation will include questioning world responses to human rights violations and surveying social justice movements and their impact on our evolving view of human rights in the 21st century.
Core Objectives
Communication:
» Create and deliver presentations of personal interest and historical significance to teach the group about human rights issues
Critical Thinking:
» Compose multiple assignments that synthesize insights from primary sources and secondary sources
Research & Innovation:
» Determine relevance and bias in articles, websites, and other materials to arrive at an increasingly sophisticated understanding of human rights
Citizenship:
» Develop a greater understanding of the diversity of global circumstances that affect human rights
Students encounter the systematic and scientific study of human and animal behavior and mental processes. Concentrating on higher-order, criticalthinking skills within a rigorous academic context, students hone their ability to analyze, synthesize, and evaluate primary and secondary sources.
Core Objectives
Communication:
» Through presentations and daily discussions, students learn to actively listen to others, add respectful comments, and develop respect for others’ values and ideas
Critical Thinking:
» Study significant core concepts and theories of psychology
» Recognize psychological principles when encountered in real-life situations
» Apply data to real-life applications
» Consider ethical standards governing the work of psychologists
Research & Innovation:
» Identify their assumptions on the human condition, cognitive thinking, and behavior.
» Learn the basic skills of psychological research.
» Devise simple research projects, interpreting and generalizing from collected data
» Evaluate the validity of research reports
Citizenship:
» Understand what identity comprises and how we interact and communicate with others
Honors/ Advanced Government & Politics
Students gain an analytical perspective on government and politics in the United States. It provides students with the political knowledge and reasoning processes to participate meaningfully and thoughtfully in discussions and debates that are currently shaping American politics and society.
Core Objectives
Communication:
» Make a historically defensible argument using a variety of methods and pieces of evidence
» Explain political processes in a variety of modalities
» Articulate the similarities and differences among political principles
Critical Thinking:
» Explains the causes and effects of
political principles, institutions, processes, and behaviors and their effects on our political culture over time
» Understand the evolution of political ideologies and their role in shaping public policy over time
» Analyze how political institutions and entities work together and interact in order to uphold American political values
» Formulates evidence-based opinions on public policy positions
» Understands the complexity and nuances of the American government and how that shapes our political culture.
Research & Innovation:
» Analyze the Declaration of Independence and Locke’s Secodn Treatise to identify essential values and behaviors being introduced in thise seminal documents
» Research standing committees in both chambers and identify top five committees ranked in importance to relevant current issues; then justifythose rankings
» Select a poll from a non-partisan polling organization and evaluate the reliability of the information. They will highlight limitations of the poll
Citizenship:
» Allow for multiple perspectives when studying political issues
The course uses a comparative approach to examine the political structures; policies, and political, economic, and social challenges of six selected countries: China, Iran, Mexico, Nigeria, Russia, and the United Kingdom. Students compare approaches to many global issues by examining how different governments solve similar problems. Students engage in disciplinary practices that require reading and interpreting data, making comparisons and applications, and developing evidence-based arguments.
Core Objectives
Communication:
» Develop a defensible claim/thesis
» Support the argument using relevant evidence
» Use reasoning to organize and analyze evidence, explaining its significance to justify the claim/thesis
» Use refutation, concession, or rebuttal in responding to opposing or alternative perspectives
Critical Thinking:
» Describe, explain, and compare political institutions, principles, processes, policies, and behaviors
» Explain how political systems, principles, institutions, processes, policies, and behaviors apply to a course country
Research & Innovation:
» Describe the data presented
» Describe patterns and trends in the data
» Explain patterns and trends in data to conclude
» Explain what the data implies or illustrates about political systems, principles, institutions, processes, policies, and behaviors
» Explain possible limitations of the data provided
Citizenship:
» Compare two or more course countries based on their political systems, principles, institutions, processes, policies, and behaviors
Students engage in hands-on and interactive lessons to develop an understanding of numbers and operations, geometry, and measurement.
Whole Numbers 1-10:
» Develop an awareness of numbers and their uses; associates number names, quantities, and written numerals; recognizes and uses different ways to represent numbers (for example, groups of objects or dots)
Comparisons and Measuring :
» Analyze and interpret data
Sizes:
» Distinguish and describe size attributes, including length, weight, and capacity or volume
» Compare and Contrast objects according to various size attributes
Shapes- 2D/3D:
» Recognize and describe basic 2-dimensional geometric shapes
» Explore the relationships between basic 2-dimensional and 3-dimensional shapes
Students engage in hands-on practice and build upon previously learned skills to further their number sense and arithmetic. Kindergartners learn the foundations and fundamentals of math concepts by using concrete experiences and manipulatives.
Foundational Counting Principles and Skills:
» Learn and apply basic counting principles
» Explore graphing, measurement, and shapes
Reading, Writing, and Using Numbers; Making Comparisons:
» Connect written numerals to quantities
» Compare numbers
» Count to tell the number of objects
Advanced Counting; Composing/ Decomposing Numbers and Shapes; Measurable Attributes:
» Explore attributes of shapes
» Understand addition (putting together) and subtraction (taking apart)
» Describe and compare measurable attributes.
» Analyze, create, compare, and compose shapes
Exploring 3-D Shapes and Measurable Attributes; Representing Addition and Subtraction:
» Explore 3-dimensional shapes
» Learn how to model and represent addition and subtraction symbolically
» Develop and discuss addition and subtraction strategies in a variety of contexts
Measurement and Spatial Thinking:
» Apply knowledge of counting, operations, measurement, and geometry to new contexts and situations
Students learn by revisiting concepts multiple times within the “spiral” layout of the math curriculum. Instruction is the whole class and small group with students discussing their ideas and strategies for computation. They are engaged in problem-solving with real-world examples and games to reinforce learning. Students focus on addition, subtraction, whole number relationships, place value, linear measurement, and geometry. Overall, the goal is to build students with a strong understanding of math who can connect that understanding to critical thinking and problem-solving.
Operations and Algebraic Thinking:
» Represent and solve problems involving addition and subtraction
» Understand and apply properties of operations and the relationship between addition and subtraction
» Add and subtract numbers from 0-20
» Work with addition and subtraction equations
» Extend the counting sequence
» Understand place value
» Use place value understanding and properties of operations to add and subtract
Measurement and Data:
» Measure lengths indirectly and by iterating length units
» Tell and write time
» Represent and interpret data
» influences of each continent
Geometry:
» Reason with shapes and their attributes
Mathematical Practice:
» Make sense of problems and persevere in solving them
» Construct viable arguments and helpful critiques of classmates’ reasoning
» Model with mathematics
» Use appropriate tools strategically
» Look for and express regularity in repeated reasoning
» Communicate with mathematical vocabulary
Students engage in daily spiral review exercises, where they are encouraged to spot patterns, devise strategies, and play games to enhance their basic math skills. The repeated exposure to concepts over time develops students’ ability to recall concepts
confidently. Students learn to tackle various problems, articulate their thought processes, and make sense of real-world mathematical problems.
Core Objectives
Establishing Routines:
» Establish an understanding of basic math facts and strategies (e.g., using number lines or a hundred chart to count, compare, add, subtract, and recognize number patterns)
Fact Strategies:
» Build fluency and automatic recall of basic facts to develop strategies to solve multi-digit computations
» Explore solving strategies for addition and subtraction and develop an understanding that problems can be solved using multiple strategies
Place Value:
» Understand that place value is a system that gives each digit a value through the thousands place
» Students represent numbers using base ten representation and expanded form
Measurement:
» Measure using US customary metric units
» Measure using different measuring tools and determining appropriate applications
» Identify and write time to the nearest five minutes using analog and digital clocks
Data:
» Understand word problems and organize information appropriately using diagrams to determine a corresponding number model
» Record, gather, and organize information into various graphs, including tally charts, bar graphs, picture graphs, line plots
Geometry:
» Explore 2-dimensional shapes and 3-dimensional solids
» Describe and assort their shapes and solids according to their attributes, such as number of sides, length of sides, number of angles, and whether they have right angles or parallel sides
Arrays:
» Solve number stories involving equal groups of objects
» Build equal groups and arrays with counters and explore strategies for finding how many counters there are in all
Equal Shares and Whole Number
Operations:
» Partition shapes into same-size parts or equal shares
» Use fraction vocabulary to name equal shares and learn that equal shares do not necessarily have to be the same shape
Third-grade students build upon prior knowledge and their math foundation through focused instruction, meaningful practice opportunities (independently and in partnerships/small groups), discussion of reasoning and strategies, and daily engagement in mathematical practices. The spiral approach to the Everyday Math curriculum allows students to practice and revisit skills and concepts previously taught to move toward mastery. Students increase their confidence and readiness to apply mathematics to real-life problem-solving.
Math Tools, Time, and Multiplication:
» Recall how to use various math tools to solve problems (pattern block template, manipulative clock, calculator, ruler, etc.)
» Represent and solve problems involving multiplication and division
» Solve problems involving measurement and estimation of intervals of time, liquid volumes, and masses of objects
Number Stories and Arrays:
» Make sense of one-and two-step number stories involving all four operations
» Represent situations with diagrams, arrays, pictures, words, and number models
Operations:
» Use place value to develop and practice
strategies for addition and subtraction of 2- and 3-digit numbers
» Represent multiplication arrays and use these representations to develop strategies for solving multiplication facts
Measurement and Geometry:
» Measure to an inch and represent measurement data on a scaled lined plot and interpret data
» Explore geometric attributes of polygons and classify quadrilaterals
» Identify and measure the perimeter and area of polygons and distinguish between perimeter and area
Fractions and Multiplication Strategies:
» Relate part-whole understanding of fractions to visual and symbolic representations
» Explore fraction equivalence and comparisons
» Multiply and divide numbers 0 - 100
Multiplication and Division of Fractions:
» Compare differing approaches to solving a problem
» Explore the Order of Operations rules and apply them to solve equations
» Multiply and divide 1 - 100
» Compare, order, find equivalence, and represent fractions
The fourth-grade math curriculum utilizes the research-based Everyday Mathematics program, which emphasizes developing conceptual understanding and problemsolving skills. Students practice math fluency daily, learn by linking past experiences to new concepts, and engage in hands-on activities in groups and independently. Students learn and share multiple strategies for each new concept and show mastery through various assessment opportunities. Students begin the year learning about the importance of place value understanding for basic operations. Students then extend their ability to use place value understanding and properties of operations to perform multidigit arithmetic. They then apply those skills to measurement conversion, fractions, decimals, and division.
Place Value: Multi-digit Addition and Subtraction:
» Use the four operations with whole numbers to solve word problems
» Generalize place value understanding for multi-digit whole numbers
Multiplication and Geometry:
» Gain familiarity with factors and multiples
Fractions and Decimals:
» Extend understanding of fraction equivalence and ordering
» Understand decimal notation for fractions and compare decimals and fractions
Multi-digit Multiplication:
» Use the four operations with whole numbers to solve problems
» Learn and apply multiplication strategies in real-world situations
Fraction, Measurement:
» Build fractions from unit fractions by applying and extending previous understandings of operations on whole numbers
» Apply understanding of fractions to addition and subtraction word problems
Division; Angles:
» Learn and apply division strategies in real-world situations
Multiplication of a Fraction by a Whole Number; Measurement & Unit 8 Fraction Operations; Applications:
» Apply multiplication, division, fractions, measurement conversion, and decimals to real-world word problems
With guidance, students apply prior knowledge and quantitative reasoning to ask and answer important “what if” questions that advance the curriculum. They bolster their growth mindsets by regularly analyzing mistakes and reflecting on their problem-solving process. They continue to develop their understanding of the size of whole, fraction, and decimal numbers. They discover and apply strategies for computing with these numbers. They gain practice with the foundations of spatial sense, geometric reasoning, and geometric vocabulary.
Whole Numbers 1 / Geometry Foundations:
» Evaluate expressions using order of operations
» Connect exponential notation with base10 place value
» Describe shapes based on their geometric attributes
Whole Numbers 2 / Triangle:
» Multiply large numbers using the US traditional algorithm and one other algorithm for multiplying
» Divide large numbers by 1- and 2-digit divisors using the partial quotients or the US traditional algorithm
» Classify and construct triangles, understand their angle properties, and find their areas
Fractions 1 / Composite Area:
» Understand the connection between fractions and division
» Use equivalent fractions to add and subtract mixed numbers
» Find the area of composite figures
Decimals 1 / Quadrilaterals:
» Understand the size of decimal numbers
» Add and subtract decimal numbers
» Classify quadrilaterals, understand their characteristics, and find their area
» Learn and apply multiplication strategies in real-world situations
Fractions 2 / Foundations of 3-D
Geometry:
» Add, subtract, and multiply with fractions
» Divide with whole numbers and unit fractions
» Identify basic properties of 3-D geometry
Decimals 2 / Volume:
» Multiply and divide decimal numbers
» Find the volume of solids composed of rectangular prisms
Students build upon the foundational skills covered in Math 5 and further hone their math reasoning and estimation skills. They make estimates before and after solving problems to check for reasonableness. Students also look for patterns and relationships between numbers to make connections between their observations and algorithms from their math practice.
Number Sense and Estimation:
» Use the rules of divisibility to test for factors of 2, 3, 5, 6, 9, and 10
» Identify numbers as prime or composite by applying the rules of divisibility.
Number Theory:
» Find the greatest common factor of two or more numbers
» Find the least common multiple of two or more numbers
Operations with Decimals:
» Add, subtract, multiply, and divide decimals up to the thousandths place
» Use estimation to check answers for reasonability and to discern the decimal point place in a sum, difference, product, or quotient
Measurement:
» Calculate the area and perimeter of rectangles, triangles, parallelograms, and compound figures
» Use the correct units (units squared for area and units for perimeter) when labeling answers
Fraction Sense:
» Use fraction strips and benchmark fractions (0, ¼, ½, ¾, 1) to estimate fraction values
» Find equivalent fractions by multiplying or dividing the numerator and denominator by the same value
» Compare and order fractions by using the lowest common denominator
Statistics:
» Calculate a given data set’s mean, median, mode, and range
» Read various measures of central tendency from graphs and charts
Introduction to Negative Numbers:
» Identify different real-life applications of negative numbers (temperature, debt, below sea level, etc)
» Compare both negative and positive numbers by using a number line
Students begin to move their thinking from concrete processes and algorithms to abstract problem-solving and thinking to prepare for a two-year study of Algebra. There is a significant focus on working with negative numbers, fractions, ratios, and proportional reasoning. The concept of variables is also introduced and developed. By the end of the year, students will be able to use proportional reasoning to solve problems and will be able to solve one-step algebraic equations.
» Use the order of operations to evaluate multi-step expressions
» Substitute given numerical values for variables in an expression to evaluate
Number Theory:
» Find the greatest common factor of two or more numbers
» Find the least common multiple of two or more numbers
» Use the greatest common factor or the least common multiple to answer story problems
Operations with Negative Numbers:
» Use red and black chips to model addition and subtraction problems with positive and negative integers
» Use algorithms to add and subtract with positive and negative integers
» Use patterns to identify and apply algorithms for multiplying and dividing with positive and negative integers
» Evaluate expressions involving positive and negative integers using the order of operations
Operations with Fractions:
» Compare and order positive and negative fractions with different denominators
» Add, subtract, multiply, and divide positive and negative fractions
Solving One-Step Equations:
» Apply the inverse operation to a onestep algebraic equation to isolate the variable
» Write a one-step algebraic equation from a story problem
Ratios, Rates, and Proportions:
» Write ratios in three ways in simplest form
» Use unit rates to calculate “the better buy” or to compare rates
» Solve proportions using equivalent fractions, unit rates, or cross-products
» Write a proportion from a story problem
Displaying and Analyzing Data:
» Calculate a data set’s mean, median, mode, and range from a graph or chart
» Create various graphs from sets of data
Students in this course learn to develop mature study habits while being challenged to think critically and abstractly about algebraic concepts. They begin working with variables at the beginning of the year and strive to connect concrete patterns and abstract mathematical concepts. They will become proficient at working with variables, negative numbers, fractions, and solving multi-step linear equations. By the end of the year, students can graph linear functions and determine the equation of a line from a graph.
Number Properties and Order of Operations:
» Identify and apply the properties of addition and multiplication (commutative, associative, identity, zero)
» Evaluate numerical expressions
Operations with Integers:
» Add, subtract, multiply, and divide positive and negative numbers
» Evaluate multi-step expressions involving
exponents and negative and positive numbers
Operations with Rational Numbers:
» Add, subtract, multiply, and divide positive and negative fractions
» Review operations with decimals
» Convert between fractions and decimals
Expressions and Equations:
» Write algebraic expressions and equations from words (written or verbal)
» Evaluate algebraic expressions for given variables using the order of operations
» Solve one- and two-step algebraic equations
Solving Multi-Step Equations and Inequalities:
» Solve and graph single variable inequalities
» Apply the distributive property and combine like terms to simplify and solve multi-step equations and inequalities
Ratio, Proportion, and Similar Figures:
» Write ratios in three ways in simplest form
» Use unit rates to calculate “the better buy” or to compare rates
» Solve proportions using equivalent fractions, unit rates, or cross-products
» Write a proportion from a story problem
Linear Functions and Graphing:
» Calculate slope from a graph or set of points
» Graph a linear equation in slopeintercept form
» Write a linear equation from two points
Students begin to move their thinking from concrete processes and algorithms to abstract problem-solving and thinking to prepare for a two-year study of Algebra. There is a significant focus on working with negative numbers, fractions, ratios, and proportional reasoning. The concept of variables is also introduced and developed. By the end of the year, students use proportional reasoning to solve problems and confidently solve one-step algebraic equations.
Core Objectives
Operations with Integers:
» Add, subtract, multiply, and divide integers
Operations with Rational Numbers:
» Add, subtract, multiply, and divide fractions & decimals
Ratios & Proportional Reasoning:
» Recognize, write, and solve proportions from a context
» Find and apply scale factor
Percentages:
» Convert between a fraction, decimal, and percentage
» Use the percent proportion to solve percentage problems
» Calculate a specific percent of a number
Algebraic Expressions & One-Step Equations:
» Simplify and evaluate an algebraic expression
» Write an algebraic expression from a context
» Solve a one-step equation w/inverse operations
Geometry:
» Calculate the area & perimeter of parallelograms, triangles, trapezoids, and circles
Statistics & Probability:
» Fill out a scatter plot
» Calculate mean, median, and mode
» Calculate simple & compound probability
In this course, students develop a conceptual understanding of foundational algebra topics and develop skills. This starts with a review of pre-algebra skills, including operations with integers and rational numbers and proportional reasoning, as well as building the communication skills and grit to work through lengthier and more challenging problems. Students will also become proficient in solving multistep equations & inequalities. By the end of the year, students will have been introduced to functions and linear equations and be able to graph & write equations in slope-intercept form.
Geometry:
» Calculate the area & perimeter of parallelograms, triangles, trapezoids, and circles
» Calculate the area of composite shapes
Ratios & Proportional Reasoning:
» Recognize, write, and solve proportions from a context
» Find and use scale & scale factor
Percentages:
» Use the Percent Proportion to solve percentage problems
» Solve percentage change problems
The Real Number system, algebraic properties, simplifying expression:
» Identify & give examples of the types of numbers and properties
» Use properties and combining like terms to simplify algebraic expressions
Multistep Equations:
» Solve multistep equations with variables on both sides of the equation
» Write an algebraic equation from a context
Inequalities & Functions:
» Write & solve multi-step inequalities
» Identify a function given a table, graph, or list
» Evaluate a function using a table
Linear Equations:
» Calculate slope from a graph or set of points
» Graph a linear equation in slopeintercept form
» Write a linear equation from two points
Probability:
» Calculate simple & compound probability
» Calculate odds
Students develop a strong understanding of all the concepts in an Honors Algebra 1 class. Students review and master the skills covered in Algebra A, including multi-step, inequalities, and linear equations. Students become proficient in solving and graphing systems of equations and inequalities. By the end of this course, students can perform operations with and factor polynomials. They can also solve and graph quadratic equations.
Core Objectives
Probability:
» Calculate simple & compound probability
» Calculate odds
Multistep Equations, Inequalities, Absolute value equations:
» Review solving multistep equations and inequalities
» Solve absolute value equations
» Write equations, inequalities, and absolute values from a context
Linear Function:
» Write equations in slope-intercept, standard, and point-slope form
» Graph equations from any form
» Identify and evaluate functions
Systems of Inequalities:
» Graph and write a system of inequalities
Systems of Equations & Exponents:
» Solve a system by graphing, substitution, and elimination
» Write a system of equations
» Simplify monomial expressions using exponent rules
Polynomials:
» Add and subtract polynomials
» Multiply & factor polynomials
Quadratic Equations:
» Graph a quadratic function
» Solve a quadratic by factoring, completing the square, and the quadratic formula
Radical Expressions:
» Simplify radicals and estimate to the nearest tenth
Students solidify their understanding of integers and the properties of numbers. Students increase their confidence in explaining their reasoning and collaborating effectively with their classmates. They apply their knowledge of integers and rational numbers to simplify expressions and solve multi-step equations. Students analyze realworld problems and work with variables. By the end of the year, students can create linear functions and apply slope calculations to patterns they observe in the world around them.
Core Objectives
Integers:
» Add, subtract, multiply, and divide integers
» Compare integers and find absolute value
» Graph points in all four quadrants of the coordinate plane Expressions & Properties:
» Evaluate expressions using the order of operations
» Write algebraic expressions using variables
» Make connections between tables, graphs, and equations
Expressions & Equations:
» Add, subtract, multiply, and divide fractions and decimals
» Use the distributive property and combine like terms
» Solve one-step and two-step equations
Multi-Step Equations:
» Solve multi-step equations requiring distribution and combining like terms
» Write multi-step equations from words
Inequalities:
» Write inequalities and graph solutions on a number line
» Solve one-step, two-step, and multi-step inequalities
Linear Functions & Graphing:
» Identify a function from a set of points, a table, or a graph
» Evaluate functions
» Graph functions on the coordinate plane
Slope:
» Calculate slope from a graph or two points
» Write an equation for a line in slopeintercept form
Students solidify their understanding of solving multi-step equations and inequalities. Students gain confidence in explaining their reasoning and collaborating effectively with their classmates. Students become comfortable working with multivariable systems and reflecting on the best method. They practice analyzing solutions and determining meaning in the context of each problem. Students practice simplifying algebraic expressions by applying exponent properties. They can classify and factor polynomial expressions. By the end of the year, students use quadratic equations for different scenarios and explain the meaning of parts of the parabola in terms of a situation.
Equations and Inequalities:
» Solve multi-step and absolute value equations
» Solve multi-step and compound inequalities
Relations & Functions:
» Represent relations as a set of ordered pairs, a graph, a table, or a mapping diagram
» Determine if a relation is a function
» Evaluate functions in function notation
Linear Equations:
» Calculate the slope of a line given two points or a graph
» Write and graph equations in standard, slope-intercept, and point-slope forms
» Identify and write equations of parallel and perpendicular lines
Linear Inequalities & Systems of Inequalities:
» Graph linear inequalities
» Solve systems of inequalities and identify a point in the solution set
Systems of Equations:
» Solve systems of equations by graphing, substitution, or elimination.
» Solve break-even problems and other applications of systems of equations
Exponents:
» Simplify exponential expressions
» Write numbers in scientific notation
» Evaluate exponential expressions
Polynomials:
» Name polynomials by number of terms and degree
» Add, subtract, and multiply polynomials
» Factor polynomial expressions
Quadratics:
» Graph quadratic functions
» Solve quadratic equations by graphing, factoring, or using the quadratic formula
Students apply their algebra knowledge and mathematical reasoning to shapes and the world around them. Students gain confidence in explaining their reasoning and collaborating effectively with their classmates. Students analyze and determine the relationship between shapes, lines, and angles relating to measurement, similarity, and congruence. Students apply elements of trigonometry and right triangles to different scenarios and use properties to solve for unknown measurements. By the end of the year, students can explain how transformations, symmetry, and threedimensional figures show up in their everyday lives.
Core Objectives
Foundations of Geometry:
» Identify and correctly name points, lines, and planes
» Calculate the midpoint between two points
» Identify types of angles and angle relationships
Geometric Reasoning:
» Identify the hypothesis and conclusion of conditional statements
» Write related conditionals and determine the truth value of each statement
» Complete proofs involving segment and angle relationships
Parallel Lines & Transversals:
» Identify the types of angles formed when parallel lines are cut by a transversal
» Calculate the distance between a point and a line or between two parallel lines
Congruent Triangles:
» Classify triangles by sides and angles
» Prove triangles are congruent using different methods
» Apply the Pythagorean Theorem to find missing side lengths and classify triangles
Relationships in Triangles:
» Identify segments in triangles and their points of concurrency
» Prove statements are true using indirect proof
» Determine possible side lengths of a triangle
Proportions & Similarity:
» Write and solve proportions
» Prove polygons are similar and solve for missing side lengths using ratios
Right Triangles & Trigonometry:
» Calculate the geometric mean
» Identify special right triangles
» Apply right triangle trigonometry to find missing measurements
Polygons & Quadrilaterals:
» Use the interior angle sum theorem and exterior angle sum theorem to find missing measurements
» Classify types of quadrilaterals using properties
» Calculate the areas of quadrilaterals
Transformations & Symmetry:
» Apply reflections, translations, and dilations to different figures
» Identify the lines of symmetry and order of rotational symmetry of a figure
Students grow in their number sense and ability to visualize the world quantitatively. They gain a fundamental, flexible understanding of the various representations of linear and quadratic functions, solve many types of equations, and practice applying their math knowledge to the world around them.
Number Concepts and Probability :
» Simplify and calculate with radicals
» Calculate and interpret relative probabilities using percentages
Linear Equations and Inequalities:
» Solve multi-step linear equations
» Write and solve linear equations in slopeintercept or standard form
» Write and solve inequalities in one variable
Graphs of Linear Functions:
» Graph linear equations in standard or slope-intercept form
» Find and interpret slope and y-intercept from context
» Write an equation of a line given various information
Systems of Linear Equations and Inequalities:
» Write and solve systems of linear equations using multiple methods
» Solve systems of inequalities and interpret solution sets
Polynomials:
» Simplify expressions using properties of exponents
» Add, subtract, multiply, and divide polynomials
» Recognize unique products of binomials
Quadratics:
» Factor quadratic trinomials and difference of squares
» Graph quadratic functions
» Solve quadratic equations using a variety of methods
Students apply their algebra knowledge and mathematical reasoning to shapes and the world around them. Students gain confidence in explaining their reasoning and collaborating effectively with their classmates. Students analyze and determine the relationship between shapes, lines, and angles relating to measurement, similarity, and congruence. Students apply elements of trigonometry and right triangles to different scenarios and use properties to solve for unknown measurements. By the end of the year, students can explain how transformations, symmetry, and threedimensional figures show up in their everyday lives.
Foundations of Geometry:
» Identify and correctly name points, lines, and planes
» Calculate the midpoint between two points
» Identify types of angles and angle relationships
Geometric Reasoning:
» Identify the hypothesis and conclusion of conditional statements
» Write related conditionals and determine the truth value of each statement
» Complete proofs involving segment and angle relationships
Parallel Lines & Transversals:
» Identify the types of angles formed when parallel lines are cut by a transversal
» Calculate the distance between a point and a line or between two parallel lines
Congruent Triangles:
» Classify triangles by sides and angles
» Prove triangles are congruent using different methods
» Apply the Pythagorean Theorem to find missing side lengths and classify triangles
Relationships in Triangles:
» Identify segments in triangles and their points of concurrency
» Prove statements are true using indirect proof
» Determine possible side lengths of a triangle
Proportions & Similarity:
» Write and solve proportions
» Prove polygons are similar and solve for missing side lengths using ratios
Right Triangles & Trigonometry:
» Calculate the geometric mean
» Identify special right triangles
» Apply right triangle trigonometry to find missing measurements
Polygons & Quadrilaterals:
» Use the interior angle sum theorem and exterior angle sum theorem to find missing measurements
» Classify types of quadrilaterals using properties
Transformations & Symmetry:
» Apply reflections, translations, and dilations to different figures
» Identify the lines of symmetry and order of rotational symmetry of a figure
With a focus on developing a growth mindset and curiosity, students build on their prior algebraic understanding by exploring functions of all types and their real-world applications. Through deep problem-solving and modeling, students will grow in their ability to use the TI-84 calculator and communicate mathematically.
Core Objectives
Statistical Applications with Linear Functions:
» Find and analyze statistics for one and two-variable data sets using a TI-84, including linear regression
» Write, analyze, graph, and interpret multiple representations of linear functions in all equation forms
Matrices and Systems of Equations and Inequalities:
» Add, subtract, perform scalar multiplication, and find the determinants of 2x2 and 3x3 matrices
» Solve systems of equations and inequalities using a variety of methods, including word problems
Factoring and Quadratic Functions:
» Factor quadratic expressions
» Determine the axis of symmetry, vertex, maximum/minimum, domain, and range of a quadratic function
Quadratic Function Applications and Complex Numbers:
» Solve real-world problems using their knowledge of quadratic functions
» Add, subtract, multiply, and divide complex numbers and simplify powers of i
Function Language, Notation, Transformations:
» IDetermine the function’s turning points, end behavior, maximum, minimum, domain, range, and extrema
» Analyze transformations using graphs and equations, including vertex form for quadratic functions
Introduction to Polynomial Functions:
» Apply the properties of exponents to simplify expressions
» Factor and solve cubic and quartic equations
» Recognize the characteristics and behaviors of cubic and quartic functions
Introduction to Radical Functions:
» Add, subtract, multiply, and divide radical expressions
» Recognize the characteristics and behaviors of radical functions
Introduction to Exponential and Logarithmic Functions:
» Recognize the graphs and characteristics of exponential growth and decay
» Solve exponential equations
» Simplify logarithmic expressions
With a focus on developing a growth mindset and curiosity, students build on their prior algebraic understanding by exploring functions of all types and their real-world applications in an accelerated and rigorous environment. Through deep problem-solving and modeling, students will grow in their ability to use the TI-84 calculator and communicate mathematically. Students typically cover at least one-third
of the Honors PreCalculus curriculum by the end of the course.
Core Objectives
Statistical Applications with Linear Functions:
» Find and analyze statistics for one and two-variable data sets using a TI-84, including linear regression
» Write, analyze, graph, and interpret multiple representations of linear functions in all equation forms
Matrices and Systems of Equations and Inequalities:
» Add, subtract, and perform scalar multiplication, as well as finding the determinants of 2x2 and 3x3 matrices
» Solve systems of equations and inequalities using a variety of methods, including word problems
Factoring and Quadratic Functions:
» Factor quadratic expressions
» Determine the axis of symmetry, vertex, maximum/minimum, domain,, and range of a quadratic function
Quadratic Function Applications and Complex Numbers:
» Solve real world problems using their knowledge of quadratic functions
» Add, subtract, multiply, and divide complex numbers and simplify powers of i
Function Language, Notation, Transformations:
» Determine the turning points, end behavior, maximum, minimum, domain, range, and extrema of a function
» Use the vertex form for quadratic functions to analyze and predict transformations from the equation
» Analyze transformations by looking at graphs and equations
Polynomial Functions:
» Apply the properties of exponents to simplify expressions
» Factor and solve cubic and quartic equations
» Recognize the characteristics, behaviors of higher-degree functions
Radical and Rational Functions:
» Simplify and perform operations on radical and rational expressions
» Solve radical and rational equations
» Recognize the characteristics of radical and rational functions, including asymptotes
Exponential and Logarithmic Functions:
» Recognize and analyze the graphs and
characteristics of exponential growth and decay
» Simplify logarithmic expressions.
» Solve exponential and logarithmic equations, applying properties
With a focus on developing both quantitative reasoning and a growth mindset, students build on their prior algebraic understanding by exploring functions and their real-world applications. They will also study right triangles and trigonometry, preparing for entry-level mathematics courses in college.
Building Blocks of Algebraic Thinking:
» Linear Regression on the TI-84
» Word problems with systems of equations
» Factoring expressions
» Solving linear, quadratic, cubic, quartic equations
Simplifying Expressions:
» Applying properties of exponents
» Simplifying radical expressions, including index of 3 and 4
» Simplifying rational expressions
» Simplifying logarithmic expressions
Functions, Graphs, and Analysis:
» Describe functions in terms of end behavior, domain, and range
» Analyze the effect that transformations have on familiar parent functions
» Understand the concept of an asymptote
Exponential Functions in the Real World:
» Apply and use formulas for exponential growth and decay
» Analyze models from science and business
Right Triangles and Trigonometry:
» Apply the Pythagorean Theorem in word problems
» Calculate the geometric mean
» Identify special right triangles
» Apply right triangle trigonometry to find missing measurements
Real World Applications:
» Tax Preparation
» Stock Market and Financial Analysis
» Mortgages and Loans - Cars and Homes
» Budgeting and Personal Finance
» Science and Health Honors PreCalculus
As the first elective math course most students will take, this class ratchets up the expectations of conceptual understanding and internal student motivation. Students further their study of familiar functions and gain a deep understanding of the basic trigonometric functions. With opportunities for self-reflection and metacognition, students apply a growth mindset to their experiences with challenging material. Students leave this course prepared for further study of Calculus or other higherlevel mathematics and science courses.
Core Objectives
Equations and Inequalities:
» Review linear and quadratic functions
» Solve radical and rational equations
Function Analysis:
» Use correct notation to describe functions and operations on functions
» Analyze the effect that transformations have on familiar parent functions
Polynomial and Rational Functions:
» Use factoring to solve and graph polynomial functions
» Use domain, intercepts, and end behavior to sketch graphs of rational functions
Exponential and Logarithmic Functions:
» Solve application problems involving exponential growth and decay, including compound interest and half-lives
» Use logarithms as a tool to solve equations, including exponential growth and decay
Unit Circle and Radian Measure:
» A Define angles by radian measure and trigonometric functions as circular functions rather than triangular
» Use the unit circle to find trigonometric functions of specific angles, including angles given in radian measure
Trigonometry:
» Use previously developed understanding of transformations to graph trigonometric functions, including using sinusoids to represent simple harmonic motion
Analytic Trigonometry:
» Solve trigonometric equations
» Prove trigonometric identities
This course combines a fast-paced coverage of trigonometry and related vector topics as well as an introduction to limits and differential calculus. Before beginning the new material, the first few weeks will be devoted to a brief recap of the material covered in Advanced Algebra 2. Throughout the wide range of material covered, the emphasis is on quantitative reasoning, computational fluency, and depth of understanding, all of which are essential ingredients for future study of higher-level math. Developing a growth mindset is a priority, as most students will be challenged by the pace and depth of the class, and recognizing setbacks as temporary is critical.
Algebra 2 Review:
» Solve and graph linear, quadratic, polynomial, radical, inverse, and rational equations
» Solve, graph, and apply exponential and logarithmic equations
Trigonometry:
» Explore unit circle trigonometry
» Graph trigonometric functions
Analytic Trigonometry:
» Solve trigonometric equations
» Prove trigonometric identities
Vectors:
» Introduce parametric coordinates and equations
» Introduction to vectors and their applications
Limits:
» Examine limits from numerical, algebraic, and graphical perspectives
» Investigate continuity
Introduction to Derivatives:
» Define and interpret derivatives
» Prove and apply derivative formulas
More Derivatives:
» Investigate and apply chain rule problems
» Derivatives of inverse functions
This course examines how to gather, analyze, and use data in order to make real-world decisions. Technology (primarily in the form of graphing calculators) is integrated throughout, so quantitative reasoning and conceptual understanding are higher priorities than computational details. The course models the AP exam in Statistics and requires specific and accurate use of terminology. Accordingly, students develop the ability to communicate their mathematical thinking clearly using appropriate vocabulary. By the completion of this course, students should be critical and informed consumers of information presented in newspapers, marketing, medicine, studies, surveys, polls, and experiments.
Core Objectives
Univariate Statistics:
» Investigate and interpret graphical and numerical representations of single variable data sets
» Introduce and apply the normal distribution
Bivariate Statistics:
» Investigate association and correlation between variables
» Introduce and Apply linear regression, including discussing the scope and limitations of conclusions that can be drawn
Experimental Design:
» Examine how polls, surveys, studies, and
experiments use samples to gain useful information about populations
» Distinguish between effective experimental design and biased designs, and discuss the scope and limitations of the conclusions that can be drawn even in well-designed studies
Probability:
» Review basic probability properties with a particular focus on independence of events
» Introduce random variables, including those with geometric, binomial, and normal distributions
Inference:
» Discuss the necessity of checking conditions and assumptions
» Explore confidence intervals using z- and t- procedures
» Explore hypothesis testing using z-, t-, and chi-squared procedures
Logic of Inference:
» Discuss the scope and limitations of conclusions
» Investigate Type 1 and Type 2 errors
This course aims to equip students with a solid foundation of Calculus skills to continue their future study of Calculus after high school. Students will explore enhanced problem-solving, effective mathematical communication, a growth mindset, collaboration, critical thinking, and technology integration through their study of Calculus topics. Topics will include limits, derivatives, integrals, and their applications.
Core Objectives
Limits:
» Evaluate limits
» Determine continuity at a point
» Evaluate derivatives using the limit definition of the derivative.
Derivatives:
» Derive a variety of functions
Applications of Derivatives:
» Analyze a function through its first and second derivative
» Analyze problems involving related rates
Definite Integrals:
» Approximate and determine the exact area under a curve
» Apply the Fundamental Theorem of Calculus
The goal of this course is to equip students with a solid foundation of intermediate and advanced Calculus skills and prepare students for college level Calculus and the Advanced Placement Calculus AB Exam in May. Students explore enhanced problem solving, effective mathematical communication, a growth mindset, collaboration, critical thinking, and technology integration through their study of Calculus topics. Calculus topics will include limits, derivatives, integrals, and their applications.
Limits:
» Evaluate limits
» Determine continuity at a point
» Evaluate derivatives using the limit definition of the derivative
Derivatives:
» Derive a variety of functions
Applications of Derivatives:
» Analyze a function through its first and second derivative
» Analyze problems involving related rates
Definite Integrals:
» Approximate and determine the exact area under a curve
» Apply the Fundamental Theorem of Calculus
Differential Equations and Mathematical Modeling:
» Solve differential equations
» Model exponential/logistic growth and decay
Applications of Definite Integrals:
» Analyze net change
» Determine the volume of a solid
This class begins with an introduction to integral calculus and covers the rest of a typical Calculus I and II sequence at many universities from that point. It mirrors the AP Calculus BC syllabus. The class emphasizes quantitative reasoning and conceptual understanding, but computational fluency remains imperative. The level of material is conducive to the development of a growth mindset because many students will have setbacks and moments of struggle. Recognizing those moments as temporary and as opportunities for growth is a critical outcome of this course.
Core Objectives
Introduction to Integration:
» Apply numerical approximation techniques
» Investigate the fundamental theorem of calculus
Techniques of Integration:
» Solve integrals using u-substitution and integration by parts
» Solve integrals using long division and partial fractions
Applications of Integration:
» Solve first-order separable differential equations
» Solve area and volume problems
L’Hopital’s Rule and Improper Integrals:
» Solve limits using L’Hopital’s rule
» Use improper integrals to evaluate unbounded areas
Infinite Series:
» Use MacLaurin and Taylor polynomials to approximate functions
» Evaluate interval of convergence and error bounds associated with Taylor and MacLaurin approximations
Parametrics, Polars, and Vectors:
» Use vectors and parametrics to model motion in two dimensions, including velocity, speed, acceleration, and position
» Find the direction and the area enclosed by polar curves
This course covers material typically taught in Calculus III classes at the college level. The two-dimensional ideas from single variable calculus (AB and BC) are expanded into three dimensions, and the connections between these different levels are a point of emphasis. Applications to Physics are stressed throughout, as in addition to being important in their own right, they also help students to understand the meaning and significance of the concepts they are learning. Strong quantitative reasoning skills and a growth mindset are prerequisites for success in this course.
Vectors and Three-Dimensional Space:
» Investigate graphs of curves and surfaces in three dimensions
» Evaluate and interpret dot products and cross products of vectors
Vector Valued Functions:
» Investigate limits, continuity, and parametrizations of vector valued functions
» Find normal, tangent, and binormal vectors to curves and curvature
Partial Derivatives:
» Investigate continuity, differentiability, directional derivatives and partial derivatives
» Use partial derivatives and gradients to solve optimization problems
Multiple Integrals:
» Evaluate double and triple integrals in rectangular coordinates
» Evaluate double and triple integrals using polar, cylindrical, and spherical coordinates
Vector Calculus:
» Evaluate line integral and surface integrals
» Use Green’s theorem, divergence theorem, fundamental theorem, and Stokes’ theorem to evaluate curl and divergence
Students learn developmentally appropriate physical skills and participate regularly in beneficial, healthy fitness development activities emphasizing imaginative play. Students begin practicing various motor skills and movement patterns while being encouraged to sustain effort despite difficulty and take safe risks. Students demonstrate age-appropriate behaviors for individual, partner, and group activities.
Core Objectives
Motor Skills:
» Practice locomotor and non-locomotor skills
» Use manipulatives to explore rolling, tossing, and kicking
Movement Concepts:
» Develop body and spatial awareness
» Recognize and navigate pathways, shapes, and levels
Personal and Social Behavior:
» Increase awareness of personal responsibility tied to cooperation, safety, and effort
Health/Fitness/Wellness:
» Use body and movement for selfexpression and social interaction
» Cultivate an enjoyment of physical activity, challenges, and fitness
Students learn developmentally appropriate physical skills and participate regularly in beneficial, healthy, fitness-development activities, with an emphasis on mirroring and mimicking the play of teachers and peers. Students are introduced to movement concepts and strategies while encouraged to acknowledge mistakes and act resiliently. Students will demonstrate age-appropriate behaviors for individual, partner, and group activities.
Core Objectives
Motor Skills:
» Increase locomotor and non-locomotor skills
» Use manipulatives to explore throwing, catching, kicking, and striking
Movement Concepts and Strategies:
» Develop body, spatial, and effort awareness
» Comprehend speed and force
» Identify patterns in a manipulative’s movements (e.g., a bouncing tennis ball, knocking down pins)
Personal and Social Behavior:
» Recognize personal responsibility tied to cooperation, safety, and effort
Health/Fitness/Wellness:
» Use body and movement for selfexpression and social interaction
» Cultivate an enjoyment of physical activity, challenges, and fitness
Students learn developmentally appropriate physical skills and participate regularly in beneficial, healthy, fitnessdevelopment activities, with an emphasis on experimenting through play with others and cultivating their own individual strengths. Students continue to develop their movement and concept strategies through active gameplay while being encouraged to identify causes for mistakes, apply knowledge from previous challenges, and seek creative solutions. Students demonstrate age-appropriate behaviors for individual, partner, and group activities.
Motor Skills:
» Increase locomotor and non-locomotor skills
» Further confidence with throwing, catching, kicking, and striking
» Explore punting, dribbling, and volleying
Movement Concepts and Strategies:
» Develop spatial, effort, and relationship awareness
» Anticipate patterns in a manipulative’s movements (e.g., a bouncing tennis ball, knocking down pins, arc and force of a shuttlecock, etc.)
Personal and Social Behavior:
» Recognize and articulate personal responsibility tied to cooperation, safety, and effort
Health/Fitness/Wellness:
» Use body, movement, and team play for self-expression and social interaction
» Further enjoyment of physical activity, challenges, and fitness
Students participate in regular physical activities that contribute to a healthy, active lifestyle, emphasizing play, personal fulfillment, and new experiences. Students develop their sense of individual style and aesthetics by applying game concepts and strategies in various activities, games, and challenges. Students demonstrate cooperative, collaborative, and teambuilding skills by supporting peers when they make mistakes, identifying causes for their mishaps, and sharing responsibility for contributing to a healthy learning environment. Students will demonstrate age-appropriate behaviors for individual, partner, and group activities.
Skill Related Fitness:
» Measure and increase agility, balance, coordination, power, speed, and reaction time
Movement Composition and Strategies:
» Learn and practice games focused on different skill and tactical frameworks (e.g., invasion games, net games, target games, striking/fielding games, and individual pursuits)
» Explore dance, gymnastics, and acrobatics
Personal and Social Behavior:
» Maintain expectations for personal responsibility tied to cooperation, safety, and effort
Health/Fitness/Wellness:
» Challenge and expand growth mindset
» Articulate personal fitness aims
» Demonstrate physical-fitness literacy
Students need physical activity for general health and wellness throughout their lives. Lifetime Fitness and Wellness provides the skills and knowledge to plan, manage, and implement individualized lifelong fitness strategies. Students acquire new insight and self-direction while embracing their creative process, aesthetic preferences, particular influences, and personal style. They discern patterns within peer and teacher feedback to prioritize and set goals to improve healthy habits. The curriculum emphasizes personal fitness, weight and resistance training, lifetime physical activity, and wellness.
Core Objectives
Motor Skills/Manipulatives:
» Practice interval training
» Learn aerobic games
» Practice jogging and complete a onemile run
» Explore step aerobics
» Learn and practice proper lifting and
spotting techniques
» Identify appropriate weight and set/rep strategies
» Use strength and conditioning machines safely
Gameplay/Strategies:
» Gain confidence with ultimate frisbee, tennis, squash, pickleball, and floor hockey
» Explore local swimming, skating, hiking, walking, Yoga,
» Pilates and Cycling resources
» Execute different climbing wall challenges
» Develop skills and knowledge to plan, manage, and implement individualized lifelong fitness strategies
Personal and Social Behavior:
» Maintain expectations for personal responsibility tied to cooperation, safety, and effort
Health/Fitness/Wellness:
» Develop skills and knowledge to plan, manage, and implement individualized lifelong fitness strategies
» Earn American Red Cross certification (CPR/AED/First Aid for Adult and Pediatric).
Students engage in small-group, handson explorations to enhance their curiosity about the natural world and introduce basic scientific concepts and skills. Students observe, make predictions, compare and classify, look at and create models, draw conclusions, and communicate their ideas.
Core Objectives
Human Body:
» Express the functions of bones
» Examine the movement of joints and muscles
» Identify organs in a model
Rocks and Dirt:
» Explore soil to identify its components
» Compare sand and soil
» Create sand from rocks
» Classify rocks based on characteristics
Fossils and Dinosaurs:
» Compare fossils to depictions of the plants and animals when they were alive
» Describe why sea shell fossils are found in Louisville
» Observe simulations of Earth long ago
» Compare a Tyrannosaurus Rex foot and stride to one’s foot and stride
Chemical Reactions:
» Observe and describe the reaction of baking soda and vinegar
» Predict what will happen when additional or different materials are added
Insects:
» Observe caterpillars metamorphose into butterflies
» Order the life stages of butterflies
» Identify the characteristics of insects
Students engage in hands-on activities to practice scientific skills and explore scientific concepts. While observing natural phenomena, students communicate verbally and with drawings. Students build and test structures, measure and classify materials, make predictions, and draw conclusions. The course integrates the Next Generation Science Standards.
Measurement of Length:
» Measure the length of objects and spaces using non-standard units
» Explain how measurements can determine whether an object will fit in a space
» Describe limitations of non-standard units
» Measure the length of objects in metric units
Seasons:
» Observe conditions of plants and weather in each season
» Measure the temperature in each season
» Place the seasons in order
» List characteristics of each season
Construction:
» Identify natural and manufactured objects
» Evaluate materials for suitability to intended purpose
» Build and test model bridges
» Verbally communicate construction decision processes
Water:
» Explore and list properties of water
» Predict, test, and record which objects will float in water
» Observe and draw conclusions about evaporation and condensation
Students engage in hands-on activities to connect scientific principles to everyday experiences. During investigations, they predict, compare, measure, and draw conclusions. The students communicate with lists, charts, descriptive writing, models, and diagrams. This course aligns with the Next Generation Science Standards.
Solids, Liquids, and Gases:
» Observe and compare properties of materials
» Design and construct an object
» Record changes to solids in water
» Demonstrate that air takes up space
» Construct objects and observe how they use air
Plants:
» Examine parts of a seed
» Observe, measure, and record changes in plants
» Explain how new plants are produced
Weather:
» Record weather conditions
» Measure temperature
» Identify types of clouds
» Create a chart to compare the frequency of each weather condition
Students explore scientific phenomena through hands-on activities that allow them to test their predictions, measure to collect data, modify their designs, and support their conclusions. They communicate with written answers, drawings, diagrams, and spoken summaries. The Next Generation Science Standards guide this course.
Core Objectives
Forces:
» Explore ways force can make an object move
» Examine the effect gravity and friction have on objects
» Construct and test tops, wheel and axle
systems, and marble tracks to determine which design will allow objects to spin the longest or roll the furthest
» Explore and evaluate ways to make objects balance to design and construct a balancing figure
» Observe and draw the moon daily over four weeks
» Model and draw a diagram to connect the moon’s appearance with its position concerning the Earth and sun
» List adaptations of animals
» Explain the connection between conditions in a habitat and an animal’s adaptations
» Draw a food chain using data from a chart
» Explore the effects of reflection and refraction on light
» Sort materials as transparent, translucent, or opaque
» Create a container that slows the melting of an ice cube, using the results of tests on the options for materials
» Explore the connection between vibration and sound
Students explore scientific phenomena through hands-on activities that allow them to test their predictions, measure to collect data, modify their designs, and support their conclusions. They communicate with written answers, drawings, diagrams, and spoken summaries. The Next Generation Science Standards guide this course.
Core Objectives
Food Chains and Webs:
» Identify characteristics of organisms
» Observe plants grown under different conditions to draw conclusions about the needs of plants
» Draw and read food webs
Measurement and Matter:
» Measure the length, volume, and mass of materials
» Determine which standard or nonstandard measuring unit is best for a task
» Identify common characteristics for each state of matter
» Predict and observe alterations in matter when it changes from one state to another
The Solar System and Space:
» Model the size differences between the planets of the solar system
» Research and present information about an aspect of space to classmates
4th Grade Science
Students engage in scientific investigations involving the scientific process and collaborative learning skills. They complete experiments and are introduced to Lego robotics building and programming. Students continue to develop a positive attitude toward science and robotics. The course integrates the Next Generation Science Standards.
Soil, Rocks, and Landforms:
» Conduct investigations to discover differences in a variety of soils
» Experiment with physical and chemical changes to see the effects of erosion and deposition
» Build stream table models, then plan and conduct controlled experiments by changing one variable at a time.
» Identify the properties of several minerals and rocks
LEGO Robotics:
» Apply mechanical engineering skills to build “Spike” Lego Robotics devices
» Experiment with and steadily apply various robotic sensors (light, touch, and ultrasonic) to various programming challenges.
School at the Zoo:
» Identify common characteristics of abiotic and biotic factors in every ecosystem.
» Exploration through observations and activities to discover how plants and animals adapt to their ecosystems
» Ask questions to determine human impact on plants and animals that are at risk and discover ways people are working to save those organisms.
» Observe zoo keepers, trainers, zoo kitchen staff, and educators to recognize all they do to care for animals and plants.
» Question and discuss zoo conservation efforts
Motion, Force, and Models:
» Explore motion, force, and gravity through a variety of controlled experiments.
» Use of graphs to identify relationships between independent and dependent variables
» Test variables of mass and release position to determine the effects of energy transfer and measurement of a force
Students engage in scientific investigations involving the scientific process, formal
research, and collaborative learning skills. They complete experiments, projects, and robotics challenges. Students continue to develop a positive attitude toward science and robotics. The course integrates the Next Generation Science Standards.
Mixtures and Solutions:
» Conduct investigations to discover differences between mixtures and solutions
» Plan and conduct saturation investigations
» Experiment with chemical reactions to find a solution to a problem
» Apply chemical reaction investigations to alchemy as part of a medieval crosscurricular unit of study
Natural Disasters:
» Apply components of formal research skills to create a Google slideshow and model about a natural disaster
» Ask questions to determine climate change’s effects and suggest solutions to combat climate change
» Identify common characteristics of all living organisms to develop an operational definition of life
» Develop skills to use a microscope to
investigate the structure of living singlecelled microorganisms found in pond water
LEGO Robotics:
» Use mechanical engineering skills to build “Spike” Lego Robotics devices
» Experiment with and steadily apply various robotic sensors (light, touch, and ultrasonic) to various programming challenges Integrated Science 6
Students work together to solve authentic problems that spark their curiosity and investigate new concepts by asking questions, observing, analyzing, and drawing conclusions. Students construct their understanding of the natural world by working collaboratively with peers and the instructor. In doing so, they gain essential practice in thinking critically, constructing evidence-based scientific arguments, planning and executing experiments, properly utilizing equipment within the lab, and effectively communicating their findings. This course supports Next Generation Science Standards.
Core Objectives
Human Body Systems:
» Create arguments supported by evidence for how the body is a system of interacting subsystems composed of groups of cells
» Gather and synthesize information that sensory receptors respond to stimuli by sending messages to the brain for immediate behavior or storage as memories
Ecology:
» Use observations to describe patterns of what plants and animals (including humans) need to survive
» Construct a scientific explanation based on evidence for the role of photosynthesis in the cycling of matter and flow of energy into and out of organisms and among the living and nonliving parts of an ecosystem
» Develop a model to describe how food is rearranged through chemical reactions, forming new molecules that support growth and release energy as this matter moves through an organism
» Construct an explanation based on evidence for how genetic variations can affect some individuals’ probability of surviving and reproducing in a specific environment
» Develop a model that predicts and describes changes in particle motion, temperature, and state of a pure substance when thermal energy is added or removed
» Construct arguments to support the claim that when the kinetic energy of an object changes, energy is transferred to or from the object
» Apply scientific principles to design, construct, and test a device that minimizes or maximizes thermal energy transfer
Students explore the natural world, develop scientific reasoning skills, and enhance their ability to communicate findings effectively. They integrate technology, engineering, mathematics, and the arts into their studies, cultivating a readiness to apply their knowledge in various contexts while aligning with Next Generation Science Standards.
Astronomy:
» Analyze and interpret evidence to learn about the formation of our universe, galaxy, and solar system and the celestial objects that make them up
» Build a scale model of our solar system
Geology:
» Construct a scientific explanation based on evidence from rock strata for how the geologic time scale is used to organize Earth’s 4.6 billion-year-old history
» Construct an explanation based on evidence for how geoscience processes have changed Earth’s surface at varying times and spatial scales
» Analyze and interpret data on the distribution of fossils and rocks, continental shapes, and seafloor structures to provide evidence of past plate motions
Physics:
» Plan an investigation into fundamental principles of kinetics
» Engineer a Rube Goldberg Machine that demonstrates understanding of simple machines, potential energy, and kinetic energy
Environmental Science:
» Compose and record a podcast to educate and communicate solutions to human activities harming Earth
» Utilize the book Braiding Sweetgrass to engage students in discussion on Indigenous wisdom and scientific knowledge Integrated Science 8
In this course, students collaborate to tackle authentic challenges that ignite their curiosity and explore novel concepts through inquiry-based learning methods such as questioning, observation, analysis, and inference. Students construct their comprehension of the natural world with peers and the instructor, honing critical thinking skills and crafting evidence-backed scientific arguments. They acquire essential laboratory skills, including experiment planning and execution, equipment utilization, and clear communication of
findings. Aligned with Next Generation Science Standards, this course nurtures students’ ability to engage with scientific inquiry effectively and prepares them for future academic pursuits.
Organization of Living Things - Body Invaders:
» Conduct investigations to provide evidence that living things are made of cells and to distinguish between living and nonliving things
» Develop a model that demonstrates the function of a cell as a whole and its contributing parts
» Compose an argument supported by evidence to justify that viruses are nonliving
Weather, Climate, and Climate Change:
» Design, evaluate, and refine a solution to reduce human activities’ impacts on the environment and biodiversity
» Analyze geoscience data to claim that one change to the Earth’s surface can create feedback that causes changes to other Earth systems
Chemical Interactions:
» Develop models to describe the atomic composition of simple molecules and extended structures
» Analyze and interpret data on the
properties of substances before and after the substances interact to determine if a chemical reaction has occurred
» Undertake a design project to construct, test, and modify a device that releases or absorbs thermal energy by chemical processes
This course is a comprehensive introductory program that will help students better understand the living world and think critically about it. Students gain confidence in the fundamentals of biology, articulate its interconnections, and draw salient connections to their everyday observations and experiences.
» Identify essential biological macromolecules, their monomers, and their purpose
» Describe where different macromolecules are found in cells
The Cell:
» Explain the origin of the cell and its role as a component of life
» Describe and identify the various cellular organelles and define their purpose
» Identify methods of substances entering
or exiting the cell to reach equilibrium and predict subsequent changes to cell volume
Respiration and Photosynthesis:
» Describe the role and chemical processes of metabolism in an organism
» Explain primary enzymatic function in biological processes
» Describe the interaction between photosynthesis and respiration
DNA and RNA:
» Define the structure and function of Nucleic Acids in living organisms
» Describe the processes of Transcription and Translation
» Explain how and when mutations can occur and the magnitude of their impacts
Cellular Reproduction:
» Describe the major components of the Cell Cycle
» Explain the steps and purpose of mitosis and meiosis and their role in species
» Explain the processes that ensure genetic variation during reproduction
Heredity and Genetic Inheritance:
» Explain the central tenants of Mendelian Genetics
» Solve Non-Mendelian Genetic Problems (incomplete dom, X-linked, etc.)
» Determine inheritance patterns based on pedigree charts
Biological Evolution:
» Explain the concept of Natural Selection as proposed by Darwin
» Describe the role of environmental pressures, mutation, and chance in biological evolution
» Define Artificial Selection and describe its use by humans for furthering the species
» Describe the evidence for biological evolution
Taxonomy and Organization of Life:
» Explain and classify basic organisms using the DKPCOFGS system of taxonomy
» Define Binomial Nomenclature and explain its use in biology
Ecology:
» Define an ecosystem and identify its biotic and abiotic components
» Identify organisms as autotrophic or heterotrophic
» Describe relationships between living organisms (energy, predation, biomass, etc.)
In this course, students are met with an in-depth, college-level study of biology. Students prepare for the AP Exam in Biology, which will also give them excellent preparation for additional college-level life science courses. Labs will focus on outcomes and self-designed inquiry.
Core Objectives
Chemistry of Life:
» Analyze the impact of water’s polarity and hydrogen bonding on biological functions
» Evaluate the monomeric structures and molecular compositions of macromolecules within living systems
» Predict the alterations in the structure and function of a macromolecule resulting from modifications in its polymer subunits
Cell Structure and Function:
» Analyze the structure and functionality of subcellular components and organelles
» Evaluate how surface area-to-volume ratios influence the exchange of cellular materials
» Distinguish the specific functions of individual components within a cell membrane and assess its selective permeability
» Elaborate on the concept of concentration gradients and analyze their role in osmoregulation
Cellular Energetics:
» Evaluate the properties of enzymes and their impact on biological reactions
» Examine the significance of energy in the functioning of living organisms
» Analyze how photosynthetic mechanisms enable organisms to capture and sequester energy
» Assess the biochemical processes facilitating organisms in the utilization and storage of energy within biomolecules
Cell Communication and Cell Cycle:
» Analyze the various mechanisms through which cells can actively communicate with each other
» Deconstruct the components involved in a signal transduction pathway and elucidate their functions
» Assess the influence of the environment in initiating and modulating cellular responses
» Differentiate and articulate the operation of positive and negative feedback mechanisms within an organism
» Elaborate on the intricate processes of the cell cycle and the transmission of chromosomes, highlighting their role in the continuity of generations
Heredity:
» Analyze the intricate process of meiosis and its pivotal role in transmitting chromosomes across generations while fostering genetic diversity
» Evaluate Mendelian and non-Mendelian genetic principles, discerning their contributions to genetic variation within populations
Gene Expression and Regulation:
» Deconstruct the molecular structures of DNA and RNA, elucidating their roles in transmitting hereditary information
» Analyze the intricate mechanisms facilitating the transfer of genetic information from one generation to the next
» Sequence the processes of DNA transcription to RNA translation, culminating in protein synthesis
» Evaluate the regulatory mechanisms governing gene expression and their significance in cellular function
» Describe the application of biotechnological tools in the analysis and manipulation of DNA sequences
Natural Selection:
» Analyze the factors driving natural selection and evaluate its implications for population dynamics
» Assess the significance of phenotypic variation in shaping evolutionary trajectories
» Examine the contributions of human activities to the diversity and dynamics within populations
» Evaluate the environmental and genetic conditions that influence shifts in allele and genotype frequencies within populations
» Describe evidence for evolution, explaining how organisms have changed over time
» Investigate the relationship between an organism’s reactions and shifts in its internal or external environment
» Detail the methods organisms employ for the acquisition and utilization of energy
» Evaluate the impact of varying energy availability on populations and broader ecosystems
» Identify the variables that shape the growth patterns and dynamics of populations
» Discuss the interrelation between population density and resource availability, emphasizing their mutual influence
In this course, students learn and strengthen the skills necessary for success in later science courses by exploring topics of Physics at an introductory level. Students improve their reading comprehension, logical reasoning, problem-solving abilities, and descriptive and explanatory writing. Hands-on activities and laboratory explorations help students learn through a visual framework while improving their lab skills. Students strengthen their understanding through opportunities to correct and resubmit work, including retaking assessments.
Unit conversions and the kinematic variables:
» Convert units within the metric system
» Relate the kinematic variables to each other through mathematical definitions and graphical interpretation
Vectors and Forces:
» Convert between component and magnitude-direction representation of vectors
» Visually represent vector addition and multiplication
» Create free-body diagrams
» Apply Newton’s 2nd Law to relate vector forces and acceleration
Work, Energy, and Power:
» Utilize the definitions in equation form to solve for unknown quantities
» Interpret graphs to determine net Work
» Relate work to changes in Energy
» Use energy conservation to describe energy movement throughout a system
Waves and Sound:
» Describe the properties of waves and calculate related quantities
» Graphically add waves
» Explore wave phenomena related to vibration and transmission
» Relate the properties of sound waves to human perception
Light and Optics:
» Describe the properties of light waves and their relationship to human perception
» Determine the index of refraction of a material
» Create Ray diagrams from curved lenses and mirrors to demonstrate reflection, refraction, and image formation
This conceptual and algebra-based analytical course is an introduction to the science of physics. Students explore mathematical relationships to the physical world and learn to solve complex problems. Through the laboratory component of the course, students engage with hands-on experiences to enhance their understanding of each physical property. Students complete build projects based on the concepts covered.
1-D and 2-D Kinematics:
» Create and interpret graphs of 1-D motion
» Describe motion and apply kinematic equations to calculate distance, time, or velocity under conditions of constant acceleration
» Apply kinematics equations to predict the landing point of a projectile and verify through testing
Forces:
» Use Newton’s three laws of motion to explain various physics scenarios
» Interpret various forces, construct free-body diagrams, and use them to analyze the effect of standard friction, gravitational, and tension forces on motion
Work, Energy, and Power:
» Use Hooke’s Law to calculate the spring constant in an ideal spring
» Define mechanical energy and the types of energy that affect it
» Apply the work-energy relationship to simple physical situations
» Calculate the power for physical situations
» Explain conservative and nonconservative forces and their relationship to a system’s energy change
Rotational Physics:
» Set up a free-body diagram for and solve static equilibrium conditions for objects in equilibrium in various physical situations
» Apply understanding of torque and equilibrium to construct a balanced mobile supported by calculations
Students strengthen their problem-solving abilities by applying physics concepts to various college-level, calculation-based problems in a group setting. Students construct their understanding of the natural world by working collaboratively with peers and the instructor, gaining essential practice in thinking critically, constructing evidencebased scientific arguments, planning and executing experiments, properly
utilizing equipment within the lab, and communicating their findings.
1-D and 2-D Kinematics:
» Create and interpret graphs of 1-D motion
» Become adept at vector additions and vector decomposition
» Create tables and graphs using Google Sheets
» Write a formal lab report
Forces:
» Create free body diagrams
» Use Newton’s Laws with force analysis to solve applicable problems.
» Model gravity using Newton’s Law of Universal Gravitation
Work, Energy, and Power:
» Utilize a work-energy approach to analyze the evolution of a system
» Explain energy changes with conservative and non-conservative forces
» Explore the exponential fractional nature of energy loss
Impulse, Momentum, and Collisions:
» Solve for final velocity using Impulse and Momentum
» Distinguish between elastic, inelastic, and completely inelastic collisions and their effect on the subsequent motion of the colliding objects
» Develop familiarity with 1-D collisions
Rotation and Torqu:
» Describe centripetal force and its relationship to other forces
» Analyze motion using tangential and centripetal directions
» Apply all previous concepts to motion along a circular path
Waves and Sound:
» Identify simple harmonic motion based on the relevant forces
» Mathematically describes waves and how they combine to create various wave phenomena
» Relate decibels to sound intensity
Fluids and Pressure:
» Relate pressure, flow velocity, and fluid depth
» Use conservation of matter and energy to describe fluid flow
Electrostatics and Circuits:
» Utilize inverse square laws to determine net Coulomb forces
» Utilize a Field based approach to analyze electrostatic situations
» Create breadboard circuits
Students strengthen their problem-solving abilities and skills comparable to a Calculusbased introductory physics course for Scientists and Engineers. Students construct their understanding of the natural world by working collaboratively with peers and the instructor, gaining essential practice in thinking critically, constructing evidencebased scientific arguments, planning and executing experiments, properly utilizing equipment within the lab, and communicating their findings.
1-D and 2-D Kinematics:
» Create and interpret graphs of 1-D motion
» Become adept at vector additions and vector decomposition
» Create tables and graphs using Google Sheets
» Write a formal lab report
Forces:
» Create free-body diagrams and apply Newton’s laws
» Identify and solve 1st-order homogenous differential equations arising from velocity-dependent forces such as air resistance
» Develop a standard approach to using force analysis
Work, Energy, and Power:
» Utilize a work-energy approach to analyze the evolution of a system
» Explain energy changes with conservative and non-conservative forces.
» Explore the exponential fractional nature of energy loss
Impulse, Momentum, and Collisions:
» Solve for final velocity using Impulse and Momentum
» Distinguish between elastic, inelastic, and completely inelastic collisions and their effect on the subsequent motion of the colliding objects
» Develop familiarity with 1-D collisions
Gravitation and Rotational Physics:
» Describe centripetal force and its relationship to other forces
» Analyze motion using tangential and centripetal directions
» Apply all previous concepts to motion along a circular path
» Identify simple harmonic motion based on the relevant forces
Electrostatics:
» Utilize a Field based approach to analyze electrostatic situations
» Use Gauss’s law to shortcut solving for the electric field
» Relate Electric forces and fields and Potential Energy and Electric Potential
Circuits:
» Explore capacitive and resistor circuits using Kirchoff’s Laws
» Create breadboard circuits that supply set current and set voltage
Magnetism and Inductance:
» Describe the motion of charged particles in magnetic fields
» Apply the Biot-Savart law and Ampere’s Law
» Use induction principles to describe the formation of fields
Students develop critical thinking skills and better understand their physical world. The interactions of elements and mathematics serve as the framework for discussing chemical reactions. Students reinforce the scientific method through laboratory investigations using varied data-gathering techniques.
Science Basics:
» Practice measuring techniques in the laboratory & understanding error analysis
» Explain how to read and write Significant Figures
» Execute analysis using the Scientific Method
The Atom:
» Develop and understand atomic theory & structure
» Use the Periodic Table to solve equations and understand trends
» Understand isotopes & solve average atomic mass
» Execute fundamental problems converting substances through the Mole
Naming and Formula Writing & Equations with Reactions:
» Identifying types of compounds using naming and formulas
» Solve percent composition and empirical and molecular formula problems
» Calculate ratios using the Mole with Compounds
» Correctly identify signs of a Chemical Reaction
» Write & balance equations and identify types of chemical reactions
» Use the Activity Series and Solubility Rules to predict products
Stoichiometry:
» Develop a deeper understanding of mole ratios by problem-solving
» Solve ideal stoichiometric calculations
» Solve for percentage yield & limiting reactants
Electrons in Atoms:
» Use wave mechanics to understand the absorption & emission spectra
» Manipulate quantum models to draw orbital diagrams and electron configurations
Periodic Law & Chemical Bonding:
» Identify and label periodic trends using the history of the periodic table
» Develop a deeper understanding of bonding: metallic, ionic, and covalent
» Draw molecular geometry & identify intermolecular forces
States of Matter & Gasses:
» Solve & analyze heating & cooling curves and phase diagrams using joules
» Solve equations using basic gas laws, combined gas law, and ideal gas law
» Investigate standard molar volume and gas stoichiometry
» Solve for Dalton’s law of partial pressures & graham’s law of effusion
Solutions and Acids & Bases:
» Identify types of mixtures: electrolytes, the solution process, and concentrations of solutions
» Make solutions & solve net ionic equations
» Develop an understanding of acid-base theories and reactions
» Identify properties of acids and bases
» Solve for pH & execute titrations in the lab
This course examines and develops the basic underlying concepts that explain what matter is and how it is defined. Emphasis is placed on atomic and molecular structure, bonding, molecular geometry, and the physical states of matter. Stoichiometry and solution chemistry also incorporate the theory of gasses and basic thermodynamic principles. As the course timeline progresses, we begin examining the relationship between chemical systems’ structure and kinetic reactivity with a significant emphasis on acid-base theory and chemical equilibrium. Once proficiency is established in all these theories, higher level thermodynamics are incorporated into the chemistry and oxidation/reduction concepts to finalize with the Nernst Equation, which unifies so much of the final chapters of study.
Core Objectives
Atomic Structure and Properties of Matter:
» Convert quantities (units, moles,)
» Relate periodic trends to atomic structure and electron configuration
» Interpret Photoelectron spectroscopy data
» Write essential nuclear decay reactions for alpha and beta particle emission
Chemical Reactions And Solution Chemistry:
» Learn the nomenclature of the various inorganic chemical species
» Utilize Stoichiometry to balance reactions and identify limiting reactants
» Classify chemical reactions by reactants and predict the products
» Manipulate solution chemistry equations and incorporate them into stoichiometry
Kinetic Molecular Theory of Gases:
» Utilize basic gas law equations and incorporate them into stoichiometry
Thermodynamics:
» Distinguish between endothermic and exothermic processes
» Utilize calorimetry to calculate heat transfer
» Analyze enthalpy changes during reactions utilizing Hess’s law and incorporate them into stoichiometry
Molecular and Ionic Compound Structure and Properties:
» Detail the structure and properties of ionic solids, metals, and alloys
» Create Lewis diagrams and calculate formal charge
» Apply VSEPR theory to predict the molecular shape and hybridized bonds
Intermolecular Forces and Properties:
» Identify intermolecular forces and relate them to phase behavior. Establish the colligative properties of solutions and
relate them to phase diagram changes
Kinetics:
» Utilize zero, first, and second-order integrated rate law equations
» Consider temperature effects on reaction rates
Equilibrium:
» Describe chemical equilibrium using a particle model
» Apply Le Châtelier’s principle to determine reaction direction
» Use equilibrium principles to analyze dissolution
Acids and Bases And Solubility
Calculations:
» Describe acid-base reactions
» Relate pH to pKa and ion concentration
» Explain the properties of buffers and their use in maintaining pH levels
» Calculate concentrations and pH values for titrations of strong and weak acid/ base systems
» Utilize the solubility calculations for weakly soluble systems and incorporate common ions into the equilibria as it affects solubility
Applications of Thermodynamics:
» Describe entropy in terms of energy distribution
» Utilize Gibbs free energy to determine thermodynamic favorability
Electrochemistry:
» Describe the functioning of galvanic (voltaic) and electrolyte cells, and work through the Nernst Equation incorporating basic equilibrium theory and advanced thermodynamic theory
Students investigate fundamental processes that exemplify the interactions between humans and Earth’s environment. The course focuses on the flow of matter in terms of nutrients and pollutants and how humans impact such cycles. It also investigates current, research-informed environmental issues, including energy use, extreme climate events, environmental degradation, and other human-influenced environmental concerns.
Matter and Chemistry:
» Construct and revise an explanation of how large carbon-based molecules are formed and how they are involved in life’s processes
Ecology and Evolution:
» Construct and revise an explanation based on evidence for the cycling of matter and flow of energy and how organisms change over time
Biogeochemical Cycles:
» Illustrate the relationships among Earth’s abiotic systems and how those relationships are being modified due to human activity
Soil and Agriculture:
» Consider the evolution of agricultural practices and their impacts on natural systems, methods to combat those negative impacts, and implications for the growing human population
Population Demographics:
» Consider how population size, affluence, and technology influence the large-scale usage of natural resources and impact future population changes
Environmental Injustice:
» Research and present on environmental and socioeconomic disparities at the regional and local scale
Advanced Environmental Science
Students explore and investigate the interrelationships of the natural world and analyze research-informed environmental
issues, including energy use, extreme climate events, environmental degradation, and other human-influenced environmental concerns. The course focuses on the relationship between ecosystems and human civilization, explaining ecological concepts and processes, analyzing data, and the visual representation of data and processes.
Core Objectives
The Living World - Ecosystems:
» Describe the movement of nutrients and water through ecosystems
» Organize organisms within an ecosystem according to the flow of matter and energy using the laws of Thermodynamics
The Living World - Biodiversity:
» Relate the biodiversity of an ecosystem to its stability and resilience
» Detail the causes of and path to ecological succession in various ecosystems
» Connect ecological succession to humancaused environmental change
Populations:
» Compare and contrast generalist and specialist strategies
» Interpret age structure diagrams and survivorship curves
» Evaluate human impacts on ecosystems through the lens of the demographic transition
» Identify current Tragedies of the Commons and describe how they impact current, unsustainable human activities
» Detail the evolution of human food production and the benefits and drawbacks to our current food production systems
» Describe the environmental impacts of human resource extraction. Calculate personal ecological footprints and connect them to lifestyle choices
» Compare and contrast the various ways humans create usable forms of energy
» Connect human progress to energy use and describe a path to future development that provides for the growing energy needs we expect to need
» Explain the connections between energy use, energy conservation, and energy efficiency
» Detail the sources of atmospheric pollution
» Describe the local and global impacts of air pollution on ecosystems and human health, both long-term and short-term
» Connect policy decisions and past legislation to changes in atmospheric pollution and craft an argument for policy to continue to address it
» Detail human activities that lead to pollution of terrestrial and aquatic ecosystems
» Connect pollution to changes in the health and size of various organism populations
» Relate human activities to the development and spread of infectious diseases
» Detail the global impact of local and regional human activities and evaluate and propose solutions
» Explain how globalization of the human economy has large-scale impacts on biodiversity, habitat, extinctions, and invasive species proliferation
» Connect changes to the global climate to the expected impact on the population, distribution, and quality of life of humans and other organisms
» Describe the impact of human-induced changes to the world’s oceans and the effect on marine ecosystems and biodiversity
Students use engineering and programming principles to build and program a robot to compete in the FIRST® Tech Challenge (FTC). Students work together to apply real-world math and science concepts and develop problem-solving, organizational, and teambuilding skills. Students must work well with others to achieve a common goal. Additional time will focus on the engineering process, principles of robotics, 2D and 3D design and printing, and a community outreach component that is part of the FTC competition.
Core Objectives
Engineering Design:
» Design a solution to a complex realworld problem by breaking it down into smaller, more manageable problems that can be solved through engineering
» Learn tool skills necessary to work with various materials (metal, wood, acrylic, plastic, etc)
» Fabricate custom parts utilizing 2D vector graphics software and 3D CAD software
Computer Programming:
» Apply coding fundamentals to solve complex problems using text-based JAVA programming language
» Utilize coding principles to control motors and sensors
» Automate and streamline hardware control through the use of programming logic
Teamwork & Collaboration:
» Work together as a group to achieve a common goal
» Collaborate with technical groups to understand the possibilities and constraints of hardware and software
» Keep a daily engineering notebook to document the technical process
» Create a portfolio to summarize the team’s journey through the competition season
Through study of Spanish and exposure to Hispanic culture, students begin to appreciate an unfamiliar language and culture and respect diversity. Students recognize and speak simple words and phrases in Spanish. Lessons begin with songs or role-play and regularly incorporate Total Physical Response tactics. Becoming familiar with these practices lays important groundwork for continued Spanish study in the primary grades.The goal at this beginning stage is to encourage early language acquisition and joyful curiosity about a new language and culture.
Core Objectives
Interpersonal:
» Identify, understand, use, and respond to greeting and etiquette words and basic commands in Spanish
» Identify,understand, use, and respond to size color words in Spanish and numbers from zero to twelve
Interpretative:
» Demonstrate familiarity with basic commands and phrases in Spanish
» Comprehend and follow basic directions given in Spanish
Presentational:
» Greet people in Spanish using etiquette words and basic phrases in Spanish
» Describe their feelings in Spanish
» Count from zero to twelve and identify colors in Spanish
Intercultural:
» Learn about different music, traditions, food and culture
Students demonstrate greater familiarity with the basic practices of language study. Students’ capacity to hear and process commands and descriptions of increasing complexity steadily allows for a more immersive classroom environment. Students participate confidently in the routines of the classroom like songs and role playing activities. The aim is for student to perform at the Novice Low level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Independently greet people in Spanish.
» Independently use etiquette words and basic phrases in Spanish
Interpretative:
» Respond readily to routine commands and phrases in Spanish
» Understand and follow two- and threestep directions given in Spanish
Presentational:
» Count from zero to one hundred in Spanish
» Identify the days of the week and the months in Spanish and told the date
» Identify classroom things in Spanish. I can made basic sentences combined colors, numbers, sizes and classroom objects
» Identify seasons and the weather in Spanish
» Respond to basic questions in complete sentences in Spanish
» Create descriptive sentences combining vocabulary about colors, numbers, sizes, weather and classroom objects
Intercultural:
» Learn about different music, traditions, food and culture
Students study Hispanic culture through comprehensible input and projects aimed at proficiency growth. Students expand their
Spanish language skills and intercultural competence with the goal of performing at the Novice Low-Mid level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Request and provide information by asking and answering a few simple questions on very familiar and everyday topics
» Express my own feelings and react to those of others
» Use a mixture of practiced or memorized words and phrases
Interpretative:
» Comprehend input of multiple sentences or paragraphs comprised largely of familiar words and phrases when they are supported by gestures or visuals
» Identify essential facts and ideas from input of multiple sentences or paragraphs comprised largely of familiar words and phrases when they are supported by gestures or visuals
Presentational:
» Use a mixture of practiced or memorized words and phrases
» Independently present information about oneself, one’s family and friends, the weather, clothing, home and household items
Intercultural:
» Interact at a survival level in some familiar everyday contexts
» Communicate with others from the target culture in familiar everyday situations, using memorized language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
Students study Hispanic culture through comprehensible input and projects aimed at proficiency growth. Students expand their Spanish language skills and intercultural competence with the goal of performing at the Novice Mid-High level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Request and provide information by asking and answering a few simple questions on very familiar and everyday topics
» Express basic needs related to familiar and everyday activities
» Express my own preferences or feelings and react to those of others
» Use a mixture of practiced or memorized words, phrases, simple sentences, and questions in conversation
Interpretative:
» Identify some basic facts from memorized or familiar words and phrases when they are supported by gestures or visuals in informational texts or fictional texts
Presentational:
» Present information about myself, my interests and my activities
» Express my likes and dislikes on very familiar and everyday topics of interest
» Use a mixture of practiced or memorized words, phrases and simple sentences
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using memorized language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
Students study Hispanic culture through comprehensible input and projects aimed at proficiency growth. Students expand their Spanish language skills and intercultural competence with the goal of performing at the Novice High level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Request and provide information by asking and answering a few simple questions on very familiar and everyday topics
» Express basic needs related to familiar and everyday activities
» Express my own preferences or feelings and react to those of others
» Use a mixture of practiced or memorized words, phrases, simple sentences, and questions
Interpretative:
» Identify some basic facts from memorized or familiar words and phrases when they are supported by gestures or visuals in informational texts or fictional texts
Presentational:
» Present information about myself, my interests and my activities
» Express my likes and dislikes on very familiar and everyday topics of interest
» Use a mixture of practiced or memorized words, phrases and simple sentence
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using memorized language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
Students study Hispanic culture through comprehensible input and projects aimed at proficiency growth. Students expand their Spanish language skills and intercultural competence with the goal of performing at the Intermediate Low level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Request and provide information by asking and answering a few simple questions on familiar and everyday topics
» Express basic wants and needs related to familiar and everyday activities
» Express my own preferences or feelings and react to those of others
» Use a mixture of practiced phrases and simple sentences in conversation
Interpretative:
» Identify some basic facts from familiar words and phrases with the help of gestures or visuals in various texts
Presentational:
» Present information about myself, my fashion, and my taste
» Express my opinion and whether or not something is right for me
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using practiced language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
» Make comparisons between my culture and the target culture
Students study Hispanic culture through comprehensible input and projects aimed at proficiency growth. Students expand their Spanish language skills and intercultural competence with the goal of performing at the Intermediate Low-Mid level on the ACTFL proficiency scale.
Interpersonal:
» Identify the main idea of a short conversation
» Request and provide information on a familiar topic
» Meet basic needs in familiar situations
» Express, ask about, and react with some details to preferences, feelings, or opinions on familiar topics
Interpretative:
» Identify the topic and related information from simple sentences in short fictional and informational texts, recordings, and conversations
Presentational:
» Present personal information about life, activities, and events using simple sentences
» Express preferences on familiar and everyday topics of interest and explain that preference using simple sentences
» Present on familiar and everyday topics using simple sentences
Intercultural:
» Compare products related to everyday life and personal interests or stories
» Converse with peers from the target culture in familiar situations and show
interest in basic cultural similarities and differences
» Recognize that significant differences in behavior exist among cultures, use appropriate learned behaviors, and avoid social blunders
Through study of Hispanic culture and comprehension driven instruction to encourage language acquisition and show proficiency growth, students develop their Spanish language skills and intercultural competence with the goal of performing at the Novice High level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Express basic wants and needs related to familiar and everyday activities
» Express my own preferences or feelings and react to those of others
» Use a mixture of practiced phrases, simple sentences, and questions
Interpretative:
» Identify some basic facts from familiar words and phrases with the help of gestures or visuals in various texts
Presentational:
» Present information about myself, my fashion, and my taste
» Express my opinion and whether or not something is right for me
» Use a mixture of practiced phrases and simple sentences
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using practiced language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
» Make comparisons between my culture and the target culture
Through study of Hispanic culture and comprehension driven instruction to encourage language acquisition and show proficiency growth, students develop their Spanish language skills and intercultural competence with the goal of performing at the Novice High level on the ACTFL proficiency scale.
Interpersonal:
» Express basic wants and needs related to familiar and everyday activities
» express my own preferences or feelings and react to those of others
» Use a mixture of practiced phrases, simple sentences, and questions
Interpretative:
» Identify some basic facts from familiar words and phrases with the help of gestures or visuals in various texts
Presentational:
» Present information about myself, my fashion, and my taste
» Express my opinion and whether or not something is right for me
» Use a mixture of practiced phrases and simple sentences
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using practiced language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
» Make comparisons between my culture and the target culture
Through study of the hispanic culture through authentic texts and videos, 90% in class target language use, and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their Spanish language skills and intercultural competence with the goal of performing at the Intermediate Mid level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Exchange information in conversations on familiar topics and some researched topics, creating sentences and strings of connected sentences and asking a variety of follow-up questions
» Interact with others to meet needs in a variety of familiar situations, creating sentences and strings of sentences and asking a variety of follow-up questions
» Exchange preferences, feelings, or opinions, and provide basic advice on a variety of familiar topics, creating sentences and strings of sentences and asking a variety of follow-up questions
Interpretative:
» Understand the main idea and key information in short, straightforward fictional and informational texts, recordings, and conversations
Presentational:
» Tell a story about life, activities, events, and other social experiences using sentences and strings of connected sentences
» State viewpoint about familiar topics and give some reasons to support that viewpoint using s sentences and strings of connected sentences
» Give straightforward presentations on a variety of familiar topics and some concrete topics that have been researched,, using sentences and strings of connected sentences
Intercultural:
» Compare products related to everyday life and personal interests or stories
» Converse with peers from the target culture in familiar situations and show interest in basic cultural similarities and differences
» Recognize that significant differences in behavior exist among cultures, use appropriate learned behaviors, and avoid social blunders Spanish IV
Through study of the hispanic culture through authentic texts and videos, 90% in class target language use, and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their Spanish language skills and intercultural competence with the goal of
performing at the Intermediate High level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Exchange information in conversations and some discussions
» Interact with others to meet needs in a variety of situations
» Explain preferences, opinions, and emotions and provide advice
» use connected sentences to form paragraphs and ask a variety of questions
Interpretative:
» Comprehend the main message in paragraph length texts and conversations through reading
Presentational:
» Tell stories about school and community events and personal experiences
» State personal viewpoints on familiar or researched topics and provide reasons to support
» Give detailed presentations on a variety of familiar topics and some researched topics
» Use a few short paragraphs, often across various time frames
Intercultural:
» Compare products and practices related to everyday life
» Converse with peers from the target culture in familiar situations
» Recognize that significant differences in behaviors exist among culture
» Use appropriate learned behaviors and avoid major social blunders
Students develop proficiency and integrate their language skills using authentic materials and sources. Students gain indepth knowledge of the language and cultures of Spanish-speaking peoples. The course is conducted exclusively in Spanish with high demands of student participation. Students complete the course of performing at the Intermediate High - Advanced Low level on the ACTFL proficiency scale.
Interpersonal:
» Maintain an exchange with responses appropriate to the context of the task by providing required information with elaboration and including varied and appropriate vocabulary, accurate grammar, and pronunciation, intonation, and pacing that make the response comprehensible
Interpretative:
» Respond appropriately to questions based on written and oral input from authentic sources in the target language
Presentational:
» Create a fully understandable email response that is appropriate to the context of the task, provides required information with elaboration, utilizes varied and appropriate vocabulary, and incorporates complex and accurate grammar structures
» Write a well organized persuasive essay that demonstrates comprehension and effective integration of provided sources while presenting and defending a clear viewpoint and utilizing varied and appropriate vocabulary as well as complex and accurate grammar structures
Intercultural:
» Create an effective and organized presentation on thematic topics of interest that makes comparisons and demonstrates understanding of the target culture and including varied and appropriate vocabulary, accurate grammar, and pronunciation, intonation, and pacing that make the message comprehensible
Interact effectively and appropriately in a wide range of culturally and socially authentic and/or simulated situations (for example:applies effective and situation-
appropriate strategies: self-correction, paraphrasing, specialized vocabulary, body language ,increased ability to circumlocute)
Interpersonal:
» Respond appropriately to questions based on written and oral input from authentic sources in the target language
Interpretative:
» Respond appropriately to questions based on written and oral input from authentic sources in the target language
Presentational:
» Create a fully understandable email response that is appropriate to the context of the task, provides required information with elaboration, utilizes varied and appropriate vocabulary, and incorporates complex and accurate grammar structures
» Write a well organized persuasive essay that demonstrates comprehension and effective integration of provided sources while presenting and defending a clear viewpoint and utilizing varied and appropriate vocabulary as well as complex and accurate grammar structures
Intercultural:
» Create an effective and organized presentation on thematic topics of interest that makes comparisons and
demonstrates understanding of the target culture and including varied and appropriate vocabulary, accurate grammar, and pronunciation, intonation, and pacing that make the message comprehensible
Through study of the hispanic culture through authentic texts and videos, 90% in class target language use, and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their Spanish language skills and intercultural competence with the goal of performing at the Intermediate Mid - Advanced Low level on the ACTFL proficiency scale.
Interpersonal:
» Explain preferences, opinions, and emotions and provide advice on a variety of familiar and some concrete topics that I have researched, using connected sentences that may combine to form paragraphs and asking a variety of questions, often across various time frames
Interpretative:
» Understand the main idea and fl o of events expressed in various time frames in conversations and discussions
Presentational:
» Give detailed presentations on a variety of familiar topics and some concrete topics I have researched, using a few short paragraphs, often across various time frames
» Tell stories about school and community events and personal experiences, using a few short paragraphs, often across various time frames
» State a viewpoint on familiar or researched topics and provide reasons to support it, using a few short paragraphs, often across various time frames
Intercultural:
» Compare products and practices related to everyday life and personal interests or studies
» Recognize that significant differences in behaviors exist among cultures, use appropriate learned behaviors, and avoid major social blunders
Students study Francophone culture through comprehensible input and projects aimed at proficiency growth. Students expand their Spanish language skills and intercultural competence with the goal of performing at the Novice Mid-High level on the ACTFL proficiency scale.
Interpersonal:
» Use a mixture of practiced or memorized words, phrases, simple sentences, and questions
» Request and provide information by asking and answering a few simple questions on very familiar and everyday topics
» Express basic needs related to familiar and everyday activities
» express my own preferences or feelings and react to those of others
Interpretative:
» Identify some basic facts from memorized or familiar words and phrases with the help of gestures or visuals in various texts
Presentational:
» Present information about myself, my interests, and my activities
» Express my likes and dislikes on very familiar and everyday topics
» use a mixture of practiced or memorized words, phrases and simple sentences
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using memorized language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
Through study of Francophone culture through comprehensible input and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their French language skills and intercultural competence with the goal of performing at the Novice High - Intermediate Low level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Use a mixture of practiced phrases, simple sentences, and questions
» request and provide information by asking and answering a few simple questions on familiar and everyday topics
» Express basic wants and needs related to familiar and everyday activities
» Express my own preferences or feelings and react to those of others
Interpretative:
» Identify some basic facts from familiar words and phrases with the help of gestures or visuals in various texts
Presentational:
» Present information about myself, my fashion, and my taste
» Express my opinion and whether or not something is right for me
» Use a mixture of practiced phrases and simple sentences
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using practiced language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
» Make comparisons between my culture and the target culture
Through study of Francophone culture through comprehensible input and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their French language skills and intercultural competence with the goal of performing at the Novice High - Intermediate Low level on the ACTFL proficiency scale.
Interpersonal:
» Interact with others to meet my basic needs in familiar situations by creating simple sentences and asking appropriate follow-up questions
» Request and provide information in conversations on familiar topics by creating simple sentences and asking appropriate follow-up questions
Interpretative:
» Identify the topic and related information from simple sentences in short informational texts
Presentational:
» Express my preferences on familiar and everyday topics of interest and explain why I feel that way, using simple sentences
Intercultural:
» In my own and other cultures, make comparisons between products and practices to help me understand perspectives French I
Through study of Francophone culture through comprehensible input and frequent tasks to encourage language acquisition
and show proficiency growth, students will expand their French language skills and intercultural competence with the goal of performing at the Novice High level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Use a mixture of practiced phrases, simple sentences, and questions
» Request and provide information by asking and answering a few simple questions on familiar and everyday topics
» Express basic wants and needs related to familiar and everyday activities
» Express preferences or feelings and react to those of others
Interpretative:
» Identify some basic facts from familiar words and phrases with the help of gestures or visuals in various texts
Presentational:
» Present information about oneself, one’s fashion, and tastes
» Express opinions and effectively agree or disagree with peers using simple sentences
» Use a mixture of practiced phrases and simple sentences
Intercultural:
» Communicate with others from the target culture in familiar everyday situations, using practiced language and showing basic cultural awareness
» Use appropriate rehearsed behaviors and recognize some obviously inappropriate behaviors in familiar everyday situations
» Make comparisons between one’s culture and the target culture
Through study of the Francophone culture through authentic texts and videos, 90% in class target language use, and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their French language skills and intercultural competence with the goal of performing at the Intermediate Low level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Interact with others to meet my basic needs in familiar situations by creating simple sentences and asking appropriate follow-up questions
» Request and provide information in conversations on familiar topics by creating simple sentences and asking appropriate follow-up questions
Interpretative:
» Identify the topic and related information from simple sentences in short informational texts
Presentational:
» Express preferences on familiar and everyday topics of interest and explain those feelings using simple sentences
Intercultural:
» Make comparisons between products and practices to help students understand perspectives
Through study of Francophone cultures through comprehensible input and communicative proficiency, to learners develop language skills through acquisition as they show proficiency growth. Students will expand their French language skills and intercultural competence with the goal of performing at the Intermediate Mid level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Exchange information in conversations on familiar topics and some researched topics, creating sentences and strings of connected sentences and asking a variety of follow-up questions
» Interact with others to meet needs in a variety of familiar situations, creating sentences and strings of sentences and asking a variety of follow-up questions
» Exchange preferences, feelings, or opinions, and provide basic advice on a variety of familiar topics, creating sentences and strings of sentences and asking a variety of follow-up questions
Interpretative:
» Understand the main idea and key information in short, straightforward fictional and informational texts, recordings, and conversations
Presentational:
» Tell a story about life, activities, events, and other social experiences using sentences and strings of connected sentences
» State viewpoint about familiar topics and give some reasons to support that viewpoint using s sentences and strings of connected sentences
» Give straightforward presentations on a variety of familiar topics and some concrete topics that have been researched, using strings of connected sentences and added details
Intercultural:
» Compare products related to everyday life and personal interests or stories
» Converse with peers from the target culture in familiar situations and show
interest in basic cultural similarities and differences
» Recognize that significant differences in behavior exist among cultures, use appropriate learned behaviors, and avoid social blunders French IV
Through study of the Francophone culture through authentic texts and videos, 90% in class target language use, and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their French language skills and intercultural competence with the goal of performing at the Intermediate High level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Exchange information in conversations and some discussions
» Interact with others to meet needs in a variety of situations
» Explain preferences, opinions, and emotions and provide advice
» Use connected sentences to form paragraphs and ask a variety of questions
Interpretative:
» Follow the main message in various time frames in paragraph length texts and conversations
Presentational:
» Tell stories about school and community events and personal experiences
» State personal viewpoints on familiar or researched topics and provide reasons to support
» Give detailed presentations on a variety of familiar topics and some researched topics
» Use a few short paragraphs, often across various time frames
Intercultural:
» Compare products and practices related to everyday life
» Converse with peers from the target culture in familiar situations
» Recognize that significant differences in behaviors exist among culture
» Use appropriate learned behaviors and avoid major social blunders
Students develop proficiency and integrate their language skills using authentic materials and sources. Students gain indepth knowledge of the language and cultures of French-speaking peoples. The course is conducted exclusively in French with high demands of student participation. Students complete the course of performing at the Intermediate High - Advanced Low level on the ACTFL proficiency scale.
Interpersonal:
» Maintain an exchange with responses appropriate to the context of the task by providing required information with elaboration and including varied and appropriate vocabulary, accurate grammar, and pronunciation, intonation, and pacing that make the response comprehensible
Interpretative:
» Respond appropriately to questions based on written and oral input from authentic sources in the target language
Presentational:
» Create a fully understandable email response that is appropriate to the context of the task, provides required information with elaboration, utilizes varied and appropriate vocabulary, and incorporates complex and accurate grammar structures
» Write a well organized persuasive essay that demonstrates comprehension and effective integration of provided sources while presenting and defending a clear viewpoint and utilizing varied and appropriate vocabulary as well as complex and accurate grammar structures
Intercultural:
» Create an effective and organized presentation on thematic topics of interest that makes comparisons and
demonstrates understanding of the target culture and including varied and appropriate vocabulary, accurate grammar, and pronunciation, intonation, and pacing that make the message comprehensible
Through study of the Francophone culture through authentic texts and videos, 90% in class target language use, and frequent tasks to encourage language acquisition and show proficiency growth, students will expand their French language skills and intercultural competence with the goal of performing at the Intermediate Mid- Advanced Low level on the ACTFL proficiency scale.
Core Objectives
Interpersonal:
» Explain preferences, opinions, and emotions and provide advice on a variety of familiar and some concrete topics that have been researched, using connected sentences that may combine to form paragraphs and asking a variety of questions, often across various time frames
Interpretative:
» Understand the main idea and flow of events expressed in various time frames in conversations and discussions
Presentational:
» Give detailed presentations on a variety of familiar topics and some concrete researched topics, using a few short paragraphs, often across various time frames
» Tell stories about school and community events and personal experiences, using a few short paragraphs, often across various time frames
» State my viewpoint on familiar or researched topics and provide reasons to support it, using a few short paragraphs, often across various time frames
Intercultural:
» In my own and other cultures, compare products and practices related to everyday life and personal interests or studies
» Recognize that significant differences in behaviors exist among cultures, use appropriate learned behaviors and avoid major social blunders
Arizona State University. (2023, November 9). Turnaround for Children Center for whole-child educution. Center for Whole-Child Education (Turnaround for Children). https://turnaroundusa.org/
Casey, K., & Sturgis, C. (2018). Levers and Logic Models: A Framework to Guide Research and Design of High-Quality Competency-Based Education Systems. CompetencyWorks.
Collaborative for Academic, Social, and Emotional Learning. (2023, March 3). What is the Casel Framework? The CASEL Framework. https://casel.org/fundamentals-of-sel/what-is-thecasel-framework/
Jason Cummings — Mar 19, 2024, Krista BarronAnh Nguyen — Dec 12, 2023, Krista Barron — Oct 03, 2023, Sara Tahir — Jul 18, 2023, Eric Hudson — Jul 11, 2023, Lynae Sowinski — Feb 28, 2023, Eric Hudson — Feb 21, 2023, Jason CummingsSara Tahir — Nov 01, 2022, John Sember — Oct 18, 2022, Matthew Piercy — Sep 27, 2022, Emily Uebler — Sep 13, 2022, & Neil Bergenroth — Jun 28, 2022. (2024). Competency-based learning. Competency-Based Learning. https://globalonlineacademy.org/insights/articles/categories/competency-based-learning
Leck, C. (2017). Defining Graduate Aims: A Collection of Research and Resources for Design Teams. Transcend.
Levine, E. & Patrick, S. (2019). What Is Competency-Based Education? CompetencyWorks.
National Council of Teachers of Mathematics. (n.d.). Principles and standards - National Council of Teachers of Mathematics. https://www.nctm.org/Standards-and-Positions/Principlesand-Standards/
South Carolina Department of Education. (2024). Personalized and digital learning. The Profile of the South Carolina Graduate (PSCG) Competencies. https://personalizesc.ed.sc.gov/pscgcompetencies/
Standards for the English Language Arts. (1996). National Council of Teachers of English.
Sturgis, C. (2018, December 10). Laying the groundwork: Shared understanding of how Children learn (part 2). LearningEdge Laying the Groundwork Shared Understanding of How Children Learn Part 2 Comments. https://www.learningedge.me/laying-the-groundwork-shared-understanding-ofhow-children-learn-part-2/