Cambridge Science for the Victorian Curriculum 7â&#x20AC;&#x201C;10 Kerrie Ardley, Emma Bone, Eddy de Jong, Christopher Humphreys, Evan Roberts & Victoria Shaw
Brighter thinking for a better future
At a glance Brighter thinking for a better future with Cambridge Science for the Victorian Curriculum. Inspire today’s science students with resources that truly address the requirements of the curriculum, provide much needed support for implementing STEM in the classroom, help to engage every student in science, and include valuable digital resources that genuinely enhance science teaching and learning.
What you can expect from Cambridge Science for the Victorian Curriculum for Years 7–10:
A resource developed by a team of engaged authors
carefully selected photos, illustrations and diagrams, an uncluttered, easy-to-follow layout, and practical colour-coding to make it accessible for all students.
Practical support for implementing STEM with •
Innovative digital capabilities, fully
reviewed by STEM experts, that draw on real-world
integrated with the print textbook and
problems to engage students.
powered by Cambridge Edjin, the same platform
A range of activity types to cater for different abilities and interests that will support and extend every Year 7–10 science student.
An outstanding visual design which makes use of
teaching science drawing on current best-practice.
authentic activities in every chapter, created and/or
who are excited to offer a fresh new approach to
that powers Cambridge HOTmaths – our trusted teaching and learning system that delivers rich and engaging digital resources and a powerful Learning Management System.
At a glance
Why choose this series Engage students with practical STEM activities Cambridge Science for the Victorian Curriculum encourages collaboration and engagement by taking a hands-on, practical approach to incorporating STEM activities in the science classroom. A STEM activity in every content chapter invites students to design investigations and attempt solutions to real-world problems. Each STEM activity is given a two-page spread and covers skills in at least two Learning Areas, with content descriptor codes highlighted at the start of the activity. Each STEM activity can be completed in one or two lessons using readily available materials, and has been created or
Differentiated learning to engage every student
reviewed by STEM specialists who genuinely understand
With the wide range of abilities and interests in Victorian
what works in todayâ&#x20AC;&#x2122;s science classes.
science classes in mind, this resource has been designed to support every Year 7â&#x20AC;&#x201C;10 student to understand and apply key concepts and skills and provide opportunities
Draws on best-practice science teaching
One of the best-practice methods utilised in this series is
Concepts are introduced in clear, student-friendly
the Claim Evidence Reasoning (CER) framework. This CER
language and developed and reinforced through regular
framework encourages students to progressively develop
Quick check recall and comprehension questions and
a systematic critical thinking routine that they can use
Try this short activities. Explore research activities
to draw conclusions from practical science experiments.
encourage students to investigate topics and their
This method develops scientifically literate students who
broader applications further. Worksheets with graded
connect their learning to what they discover in experiments
questions allow teachers to differentiate learning for
and competently produce evidence-based explanations and
students within each topic, encouraging capable students
to complete the progressively more difficult questions,
In Year 7, this might be a simple fill-in-the-blanks activity.
while others work on less complex questions.
Year 8 students will have structured questions relating to the experiment, with prompts provided to complete the sentence. By Years 9 and 10, students will have structured
More than 50 pracs per year level
questions guiding and encouraging them to use critical
Each year level includes more than 50 pracs, integrated
thinking to develop and articulate a conclusion drawn from
within the chapter so that students can relate the
content and concepts covered to the activity or experiment.
A new level of digital support for students
The Interactive Textbook powered by Cambridge Edjin
Easy to navigate interactive dashboard
Powered by Cambridge Edjin, the trusted teaching and learning platform that also powers Cambridge HOTmaths, this new series offers a level of integrated digital support not available with any other Victorian science textbook.
Interactive features •
Videos created in Australia specifically for this series summarise, clarify or extend student knowledge and are indicated by an icon in the print book.
Interactive widgets with supporting questions in each chapter demonstrate concepts in action.
Auto-marked quizzes are available at the end of each section and include multiple choice, fill-in-the-blanks and interactive questions.
Scorcher – timed, online competitive quizzes at the end of each chapter – allow students to compete against each other and other schools.
Workspaces allows students to enter their working (including scientific notation) for all exercises directly into the Interactive Textbook. Answers can be typed, drawn or uploaded on a computer or tablet device.
Self-assessment tools allow students to assess their own responses using a four-point scale and raise a red flag to indicate to their teacher they had trouble with a question. Teachers may switch on suggested responses for students to compare their answers to.
Downloadable graded worksheets can be used for homework or in class.
More than 50 pracs per year level available as downloadable and modifiable word documents.
Roll-over glossary definitions.
Access to a downloadable version of the student text for offline use with note-taking and bookmarking enabled.
A new level of digital support for teachers
The Online Teaching Suite The Online Teaching Suite combines the Interactive Textbook powered by Cambridge Edjin and its rich digital resources with a suite of supplementary resources and a powerful Learning Management System.
Additional online support Embedded videos with Australian created content
The Task Manager allows teacher to set activity sequences for whole classes or individual students. Teachers can choose to apply achievement benchmarks for measurable activities that can direct students on a path appropriate to their results.
A range of graded worksheets for developing both understanding and skills can be downloaded and used for homework or completed offline in class. Teachers also have access to answers to the worksheet questions.
Access to student Workspaces entries saves teachers time when monitoring work and provides students with the opportunity to alert teachers to problems with specific questions. Teachers can choose to give students access to the suggested responses for the exercises online and may also provide direct feedback to individuals on specific questions.
The Online Test Generator allows teachers to quickly create customised tests from a bank of questions. Teachers can also share their customised tests with others in the school, building a whole-school assessment bank. All tests can be printed or assigned online for automarking, and are suitable for assessment, homework tasks, practice quizzes and trial exams. Teachers also have access to two ready-made, downloadable tests per chapter with accompanying answer sheets.
Interactive widgets engage students in science
When linked to students using the Interactive Textbook, the Online Teaching Suite records student scores on quizzes, self-assessment scores and red flags raised by students in all exercises and end-of-chapter review questions. Reports on individual and class progress are available for download.
Comprehensive, editable teaching programs and curriculum grids are all available in the Online Teaching Suite.
1 Being scientific
STEM: Applying biomimicry to solve a human problem
Interactions in ecosystems
STEM: Designing a wildlife crossing
STEM: Clearing a blocked artery
4 States of matter
STEM: Prosthesis design
STEM: Help or hinder seed dispersal
6 Chemical change
STEM: Cleaning up an oil spill
STEM: To mine or not to mine?
6 Planet Earth
STEM: Simulating the orbit of planets in the inner solar system
STEM: Building a rocket
7 Earth resources and management
STEM: Underground bunkers and asteroids
STEM: Diseases in water
9 Light and sound
STEM: Designing and prototyping a ferry
9 Simple machines
STEM: Wind power STEM: Accessible musical instruments
STEM: Designing and prototyping a mechanical arm
1 Thinking like a scientist
STEM: Simulating the transmission of disease
STEM: Designing and prototyping an assistive device for individuals with a chosen genetic disease
3 Response and coordination
STEM: Texting and reaction times â&#x20AC;&#x201C; what do the numbers say?
STEM: Designing a wheelchair to aid dogs with genetic problems
4 The periodic table
STEM: Saving an endangered species!
STEM: Composite materials
5 Atoms Year 9
STEM: Design a city
3 Organ systems
STEM: Designing and creating a product using bioplastics
6 Chemical reactions STEM: Baristas and the curdling milk problem 7 Our changing Earth
STEM: Earthquake-proof structures
STEM: Can you see the renewables?
5 Chemical reactions
STEM: The simplest maglev system
STEM: Making leather out of apples Year 10
6 Global systems STEM: Using aerial imagery to track environmental change 7 The Universe STEM: Create a representation of our solar system to scale 8 Energy STEM: Build an instrument to measure the solar constant 9 Motion STEM: Motion sickness
Contents are subject to change prior to publication.
Authors Kerrie Ardley
Kerrie Ardley has taught a variety of Junior and VCE
Christopher Humphreys is currently Head of
Sciences throughout her teaching career. Currently, she is the Head of Psychology at an independent school and also holds a position as a VCAA assistant Chief Assessor. Kerrie enjoys teaching junior science, and seeing students learn through the connections between
Mathematics and Physics at a tertiary college for international students. He graduated from Nottingham University in the UK and completed his MSc in Physics at the University of Waikato in New Zealand. He has over thirty yearsâ&#x20AC;&#x2122; experience as a teacher in state and private
theory, practical work and the world around us.
schools in the UK, New Zealand and Australia.
Emma Bone thrives on the dynamic and practical
Evan Roberts is a keen biologist and prior to teaching
nature of science, which led her to a first class honours degree in Biomedical Science. Her desire to enable students to maximise their potential brought about a career as a science teacher in Australia and in the UK where she was also a chemistry specialist teaching both
worked in conservation and environmental management. He has taught in both public and private schools in Victoria and is dedicated to instilling his passion for science into his students. He believes that education, just like science, should be dynamic, exciting and forever
GCSE and A Level courses.
changing to keep up with the world around us.
D r. E d d y d e J o n g
Dr. Eddy de Jong has been involved with Science and
Victoria Shaw has been committed to sharing her love
Physics education at the secondary and tertiary level for many years. He has taught Science at all levels, senior HSC/VCE Physics and University Physics. He was involved in the Victorian Gifted Students Physics Network, was a Physics Study Design writer with VCAA, and is currently chair of the VCE Physics
for science with Year 7â&#x20AC;&#x201C;12 students for the past 18 years and previously studied pharmacology. She was Head of Science at an independent school for several years and volunteers as an educator for Wildlife Victoria. She has also been an assessor for the VCAA and IBO and runs workshops in biology and psychology.
Examinations Panel. He is a successful author of numerous science and physics texts. He is passionate about seeing young minds engaging with science and physics and aims to instil in students a sense of curiosity whilst developing their critical thinking skills.
P: 1800 005 210 F: 1800 110 521 email@example.com Private Bag 31 Port Melbourne VIC 3207 cambridge.edu.au/education
ABN 28 508 204 178 ARBN 007 507 584