Tec de Monterrey - Engineering Bioengineering and Chemical Processes

ENGINEERING BIOENGINEERING AND CHEMICAL PROCESSES IAL

B.S. IN FOOD ENGINEERING

IAG

B.S. IN AGRICULTURAL BIOSYSTEMS ENGINEERING

IBT

B.S. IN BIOTECHNOLOGY ENGINEERING

IDS

B.S. IN SUSTAINABLE DEVELOPMENT ENGINEERING

IQ

B.S. IN CHEMICAL ENGINEERING

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WELCOME Model Tec21

3

Competencies that make you unique

5

Area of Engineering

7

Carreras

ÍNDICE

IAL

B.S. in Food Engineering*

IAG

B.S. in Agricultural Biosystems Engineering*

IBT

B.S. in Biotechnology Engineering*

IDS

B.S. in Sustainable Development Engineering*

IQ

B.S. in Chemical Engineering*

Where are these degrees offered?

9 14 19 24 29 34

Competencies

Area

Degrees

Where are these degrees offered?

TEC CHALLENGES YOU Our challenge-based educational model develops the competencies that will enable you to face up to the opportunities and challenges of the 21st century creatively and strategically.

With an education that will accompany you throughout your life, our aim is for you to be aware of the needs of the environment, acquire a systemic vision of problems and develop the capacity to solve them.

Right from the first semester, you will be participating in activities to develop your ability to identify opportunities, find resources, take risks and recover from failure.

In addition, the model empowers you to make more decisions about your university studies as you progress, in order to develop a unique profile.

MODEL TEC21

MODEL TEC21

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Area

Degrees

Where are these degrees offered?

MODEL TEC21

Competencies

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W HAT IS A C H A L L E NG E ?

A challenge is an opportunity to learn something new and reinforce what you already know. To solve it, you need to apply yourself, investigate and interact in the “real world”. You won’t be on your own: you will have a set of personal and technological resources and tools, as well as the advice of faculty who will accompany you throughout the process. Its resolution implies a certain degree of difficulty and a duration that will awaken your interest and enthusiasm and produce a sense of achievement.

Model Tec21

Area

Degrees

Where are these degrees offered?

What are the characteristics of Tec-educated leaders?

At Tecnológico de Monterrey, we have defined, after consulting leaders from diverse sectors and employers, seven competencies that all our students should possess. Regardless of which degree you are studying, the educational model anticipates that you will develop them through diverse challenges, courses and activities related to your university experience. They are: 1. Self-knowledge and management

COMPETENCIES

C O M P E T E N C I E S T H AT M A K E YO U U N I Q U E

2. Innovative entrepreneurship 3. Social intelligence 4. Commitment to ethics and citizenship 5. Reasoning for complexity 6. Communication 7. Digital transformation These seven competencies, together the knowledge, skills, attitudes and values related to the area of Social Sciences and your degree, will be your letter of introduction and your passport in the professional world.

STEP-BY-STEP RECORD OF YOUR LEARNING While you are at university, you will keep a record in your competency file of the degree of progress you have made and the supporting evidence. Taking responsibility for creating this file will, from this very moment, be extremely useful when you join the workforce.

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Model Tec21

Area

Degrees

Where are these degrees offered?

YOU U SED TO CHO OS E A DEGRE E , NOW YO U C HO O SE A PATH

The model is comprised of three stages and, from the first semester, you will experience educational units (courses and blocks) that have clearly defined, individual and collaborative project- and taskoriented competency development objectives (knowledge, skills, attitudes and values). In the “blocks”, you will be tackling challenges connected to reality, working collaboratively with the support of a group of faculty who will guide your learning and, at the end, evaluate your competencies together with you and your peers.

These challenges, apart from being attractive, are comprehensive experiences, since they will drive you and your peers to observe reality, map situations, diagnose problems, reflect, dialogue and confront ideas on theories and techniques to solve these problems, while experiencing, designing and producing prototypes and solutions, within a reflective, applicative dynamic in which you can take risks and make mistakes and adjustments to achieve the objective.

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Give a personal touch to your degree program through specialization within or outside your discipline.

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Develop the competencies relevant to your degree through more focused courses and challenges.

IBT ID D CHEMI S CA G AN LP RIN RO EE E E R N IN IN GI

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Acquire the basic knowledge of your area, through courses and challenges related to degrees from the area of Bioengineering and Chemical Processes.

COMPETENCIES

Your curriculum will be a non-linear educational, dynamic and flexible experience. You will enjoy more time and more elements to know and mature your degree choice, as well as to discover and capitalize all the opportunities you have to personalize your degree program.

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Model Tec21

Competencies

Degrees

Where are these degrees offered?

ENGINEERING We are living in a time when access to and the application of knowledge is moving at lightning speed, a reality driven largely by engineering professionals.

Engineers trained at Tec have a renewed profile and a forward-looking vision. You will find them grouped together in four lines of knowledge: Computer Studies and Information Technologies; Innovation and Transformation; Bioengineering; and Chemical Processes and Applied Science. Each track addresses, from its own environment, society’s enormous challenges, which require solutions backed by technology-based knowledge.

The Bioengineering and Chemical Processes track is comprised of degree that develop students’ competencies for the sustainable appropriation, manipulation and transformation of matter and energy, in order to develop the innovative products and processes required to tackle society’s current challenges in the areas of food, energy, the environment, healthcare and quality of life.

AREA

A NEW GENERATION

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Model Tec21

Competencies

Degrees

Where are these degrees offered?

IAL

B.S. in Food Engineering*

IAG

B.S. in Agricultural Biosystems Engineering*

IBT

B.S. in Biotechnology Engineering*

IDS

B.S. in Sustainable Development Engineering*

IQ

B.S. in Chemical Engineering*

AREA

The area of Bioengineering and Chemical Processes groups together the following degrees:

Ingeniería

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L EA RNI NG THRO U GH TEC W E E KS TEC Weeks, an intensive pause for your comprehensive growth.

Every semester will be interspersed with Tec Weeks, specif ically aimed at purposefully developing your competencies for life, such as social intelligence, commitment to ethics and citizenship, communication and entrepreneurship, among others. The better you know yourself, the more you will grow.

Competencies

Area

Where are these degrees offered?

DEGREES

Model Tec21

IAL

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B.S. IN FOOD ENGINEERING Honoring nature through transformation The food industry is undergoing unimaginable changes: in the near future, scientists will be exploring new sources of protein and other nutrients and the reuse of byproducts will be the norm, as will 3-D printing of foods. Other forms of production, preservation, storage and distribution will be required. As a Food Engineer, you will play the leading role in history .

Food engineers will graduate from Tec de Monterrey with the following competencies:

• Develop

• • •

foods that will contribute to the treatment and prevention of chronic-degenerative diseases and obesity, respecting consumers’ culture and the regulations in effect.

Assess the efficiency of food preservation and transformation processes based on the principles of sustainability.

Evaluate the safety of food preservation and transformation processes, in accordance with current national and international standards.

Design foods for an individual according to dietary restrictions or needs related to special requirements or genetic factors.

Competencies

Area

W H I C H S P E C I A L I Z AT I O N S A R E AVA I L A B L E TO YO U ?

Where are these degrees offered?

Consult the concentrations this degree offers:

The educational model enables you to personalize your graduate profile. During the specialization stage, consider a focus based on your post-graduation plans. Tec offers you the means to achieve this through diverse concentrations.

CAREER FIELD

tec.mx/ial

DEGREES

Model Tec21

On graduating from Food Engineering, you will be able to work in diverse areas of an organization, such as: • Fresh food preservation and processed food production • Innovation and development of beverages and food products • Quality assurance and production line supervision • Design of food safety systems • Administration, logistics and sales in food, beverage and additive processing companies, and in firms that design and build packaging and packing equipment and services • Food engineering consultancy • Research centers

IS THIS RIGHT FOR YOU? If you are interested in the food industry, experimental engineering as a space for creativity and innovation, and would like to contribute to people’s wellbeing, this could be your path.

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Competencies

Area

CURRICULUM

+ CONCENTRATIONS IAL

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IBT

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ID D CHEMI S CA G AN LP RIN E RO E E E R N I IN IN G

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DEGREES

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CHOOSE YOUR PATH

Where are these degrees offered?

F O O D B I OT E C H N O LO G Y OR

BIO EN G

Model Tec21

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What you need to know about each stage of your curriculum: Exploration 1. You will open your competency file and add to it throughout your degree program.

2. You will learn the foundations of the area of Engineering - Bioengineering and Chemical Processes.

3. You will participate in fundamental and exploration challenges from the area of Engineering - Bioengineering and Chemical Processes, interacting with peers from different degree programs.

4. You will study general education courses, selecting them from a collection.

5. You will participate in a challenge that integrates all the competencies to be developed in this phase.

Focus 1. You will acquire the core competencies of your degree, in other words, those that distinguish it.

2. You will participate in more focused challenges to reinforce what you have learned and broaden your basic knowledge.

3. You will have the elements to decide whether to deepen your knowledge or diversify and, subsequently, build your specialization plan.

4. The Tec Weeks, challenges and overall university experiences will enrich your file.

Specialization 1. You have decided whether to diversify or delve further into your degree, by choosing a concentration, a modality, an internship stay, to mention just a few of your options. The Tec Semester is a flexible-time space to get started.

2. You will develop the competencies related to your specialization, increasingly connected to your passions, interests and plans.

3. If you decided to opt for a concentration, on graduating you will obtain a professional concentration certificate.

Matter in Chemical Processes and Biological Processes

SEMESTER 4 SEMESTER 4 Elective Course Leadership, Entrepreneurship and Innovation Elective Course Leadership, SEMESTER 4 Entrepreneurship and

Elective Course Leadership, Entrepreneurship and Innovation Elective Course Leadership, Entrepreneurship and Innovation Sustainable Design of Food Elective Course Leadership, Processes and Entrepreneurship Sustainable Design of Food Innovation

Healthy Food Design Healthy Food Design Healthy Food Design

Tec Week Tec Week Tec Week

Processes

Sustainable Design of Food Processes

Innovation

Optimization of Processes and Elective Course Leadership, Safety Systemsand Entrepreneurship Optimization of Processes and Innovation Safety Systems Optimization of Processes and Safety Systems

Planning of Food Distribution Planning ofSystems Food Distribution Systems Planning of Food Distribution Systems

General education course Area exploration courseSEMESTER 6 SEMESTER 6 Introductory block (CHALLENGE) Area exploration block SEMESTER (CHALLENGE) 6

Changes Food Design through the Analysis of Physicochemical Feasibility Changes

Evaluation of New Feasibility Products Evaluation of New Feasibility Products Evaluation of New Products

Modeling of Systems in Electromagnetic Bioengineering Modeling Systems inofand Chemical Processes Electromagnetic Bioengineering and Systems in Chemical Processes Bioengineering and Chemical Processes

DEGREES

Modeling of

Chemical Experimentation and Statistical Thinking II Electromagnetic

18 18 Week Week 18 Week

Tec Week Tec Week Tec Week

Systems in Chemical Processes Bioengineering and Chemical Processes

12

Energy to Chemical Processes and Biological Processes

Elective Course Leadership, Entrepreneurship and Innovation Elective Course Leadership, Entrepreneurship and Innovation Food Design through the ElectiveofCourse Leadership, Analysis Physicochemical Entrepreneurship Food Design throughand the Changes Analysis ofInnovation Physicochemical

Systems in Modeling of Electrical Bioengineering Systems in and Chemicalof Processes Modeling Electrical Bioengineering and

Transformation of Matter in Chemical AnalysisProcesses of the Elective Course Transformation of Fine Matter in Humanities and Arts Chemical Experimentation and Chemical Processes Statistical Thinking II of the ChemicalAnalysis Experimentation and Transformation of Matter Statistical Thinking II in Chemical Processes

Elective Course Ethics and Citizenship Elective Course Ethics and Citizenship Administration of Processes Elective CourseSystems Ethics and and Safety Citizenship Administration of Processes and Safety Systems Administration of Processes andDesign Safety Systems of

Sustainable Design of Processes Sustainable Design of Processes Sustainable Processes

SEMESTER 5 SEMESTER 5 Elective Course Ethics and Citizenship Elective Course Ethics and 5 SEMESTER Citizenship

Application of Sensory Analysis Elective Course in FoodEthics and ApplicationCitizenship of Sensory Analysis in Food Application of Sensory Analysis in Food

Consumer Analysis and Food Analysis Market Consumer and Food Market Consumer Analysis and Food Market

Elective Course Ethics and Citizenship Elective Course Ethics and Citizenship Simulation of Food Elective Course Processes Ethics and Transformation Citizenship Simulation of Food Transformation Processes Simulation of Food Transformation Processes Design of Process

Management and Design of Process Safety Systems Management and Design Process Safetyof Systems Management and Safety Systems

CHOOSE YOUR CONCENTRATION CHOOSE YOUR CHOOSE CONCENTRATION YOUR CONCENTRATION

Exploration Topic

Conservation Principles ofof Energy to Chemical Application of the Conservation of and Biological Principles of Energy to Chemical Processes Conservation and Biologicalof

Chemical Experimentation and Modeling of Electrical Statistical Thinking I

Elective Course Humanities and Fine Arts Elective Course Analysis of Fine the Arts Humanities and

18 18 Week Week 18 Week

Exploration Topic

Conservation Principles ofof Matter in Chemical Application of the Conservation of and Biological Principles of Matter in Chemical Processes Conservation and Biologicalof

Application of the

Principles Foundation of the Structure Application ofoftheand Properties of Biomolecules

Modeling in Thermodynamic Bioengineering Modeling in and Chemical Processes Thermodynamic Bioengineering and

Statistical Thinking I ChemicalIntermediate Experimentation and Statistical Thinking I Mathematical Modeling

Tec Week Tec Week Tec Week

Exploration Topic

Application of the

Principles Structural Analysis ofof Organic Application the Molecules and theirof Properties

Properties of Biomolecules Experimentation in and Foundation of the Structure Analytical Chemistry Properties of Biomolecules

Thermodynamic Physical Experimentation and Statistical Thinking

Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Chemical Experimentation and Mathematical

Tec Week Tec Week Tec Week

Structural Analysis of Organic Molecules and their Properties

Molecules and their Properties Application Structural Analysis ofof Organic Chemical Analysis Molecules and their Properties

Elective Course Social and Behavioral Sciences Elective Course Social and Behavioral Sciences Experimentation in Analytical Chemistry Elective Course Socialinand Experimentation Behavioral Sciences Analytical Chemistry Foundation of the Structure and

Statistical Thinking PhysicalIntermediate Experimentation and Mathematical Modeling Statistical Thinking

SEMESTER 2 SEMESTER 2 Elective Course Humanities and Fine Arts Elective Course SEMESTER 2 Humanities and Fine Arts

Modeling in Chemical Processes Bioengineering and Chemical Processes

Conservation Laws in Chemical Processes Bioengineering and Chemical Processes

SEMESTER 3 SEMESTER 3 Elective Course Social and Behavioral Sciences Elective Course Social and 3 SEMESTER Behavioral Sciences Application of Chemical Analysis Elective Course Social Application of and Behavioral Sciences Chemical Analysis Structural Analysis of Organic

Conservation Laws in Modeling Bioengineering andin Conservation Laws Chemical Processes Modeling Bioengineering and

Elective Course Humanities and Fine Arts Elective Course Humanities and Fine Arts Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Mathematical Physical Experimentation and

Where are these degrees offered?

CHOOSE YOUR PROGRAM CHOOSE YOUR PROGRAM CHOOSE YOUR PROGRAM

Elective Course Social and Behavioral Sciences Elective Course Social and Foundation and Behavioral Sciences Interpretation of Molecular Foundation and BiologySocial and Elective Course Interpretation of Molecular Behavioral Sciences Structural Analysis of Organic Biology Molecules and their Properties Foundation and Structural Analysis Organic Interpretation of of Molecular Molecules and their Properties Biology

in Bioengineering Process and Chemical Process

Analysis of the Structure, Elective Course Properties and Mathematics Science Analysis of theand Structure, Transformation of Matter Properties and Transformation of Matter Analysis of the Structure, Properties and Modeling Transformation of Matter

18 18 Week Week 18 Week

Science Modeling Engineering and Science Modeling

Motion Modeling Mathematical Thinking I in Bioengineering Motion Modeling Chemical in and Bioengineering Motion Modeling andProcess Chemical

Elective Course Mathematics and Science Elective Course Mathematics and Science

18 18 Week Week 18 Week

Engineering and Science Modeling Engineering and

Computational MathematicalThinking Thinking for I Engineering

Tec Week Tec Week Tec Week

Mathematical Thinking I

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Week Tec Week

Computational Thinking Ifor Mathematical Thinking Engineering

Tec Week Tec Week Tec Week

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Week Tec Week

Elective Course Mathematics and Science Elective Course Mathematics Science Computationaland Thinking for

Tec Week Tec Week Tec Week

SEMESTER 1 SEMESTER 1 Elective Course Mathematics and Science Elective Course SEMESTER 1 Mathematics Science Computationaland Thinking for

Area

Tec Week Tec Week Tec Week

Competencies

18 18 Week Week 18 Week

Model Tec21

Optional block outside the area (CHALLENGE) Disciplinary global block (CHALLENGE) Global area block (CHALLENGE) TEC Semester SEMESTER 7 SEMESTER 7 Disciplinary course Multi-disciplinary block (CHALLENGE) Disciplinary block (CHALLENGE) Final global block (CHALLENGE) SEMESTER 7

CHOOSE CHOOSE YOUR

degrees offered?

Tec Semester (Professional Elective I - VI) Tec Semester (Professional Elective I - VI)

DEGREES

Sustainable Development ofSustainable Healthy and Personalized Development Foods and of Healthy Personalized Foods

Week Week 18 18

SEMESTER 7 SEMESTER 7

Week Week 18 18

Sustainable Development ofSustainable Healthy and Personalized Development Foods and of Healthy Personalized Foods

Tec Week Tec Week

Sustainable Development ofSustainable Healthy and Personalized Development Foods and of Healthy Personalized Foods

Tec Week Tec Week

SEMESTER 6 SEMESTER 6

Design of Process Management and Safetyof Systems Design Process Management and Where are these Safety Systems Week 1

Consumer Analysis and Food Market Consumer Analysis Area and Food Market

Tec Wee Te

Design of Sustainable Processes Design of Sustainable Processes

Tec Wee Te

Feasibility Evaluation of New Products Feasibility Evaluation of New Competencies Products

Week 1

Planning of Food Distribution Systems Planning of Food Distribution Systems

Tec Wee Te

Healthy Food Design

Model Tec21

Tec Wee Te

Healthy Food Design

General education course Area exploration course Introductory block (CHALLENGE) Area exploration block (CHALLENGE)

Design and Administration of Food Production Design and and Distribution Administration of Processes Food Production and Distribution Processes

13 Week Week 18 18

Design and Administration of Food Production Design and and Distribution Administration of Processes Food Production and Distribution Processes

Tec Week Tec Week

Elective Multidisciplinary Professional Elective Multidisciplinary Professional

Tec Week Tec Week

Week Week 18 18

SEMESTER 8 SEMESTER 8

Optional block outside the area (CHALLENGE) Global area block (CHALLENGE) Disciplinary course Disciplinary block (CHALLENGE)

Disciplinary global block (CHALLENGE) TEC Semester Multi-disciplinary block (CHALLENGE) Final global block (CHALLENGE)

Competencies

Area

Where are these degrees offered?

DEGREES

Model Tec21

IAG

B . S . I N A G R I C U LT U R A L BIOSYSTEMS ENGINEERING Sow your future on fertile land Overpopulation, climate change and natural resource degradation threaten the population’s food security, health and wellbeing. As an Agricultural Biosystems Engineer, you will manage food production systems that use cutting-edge sustainability-oriented technologies. Your training will include the development of competencies for managing productive biosystems that capitalize on sustainable and process enhancement technologies to produce goods and services that comply with international quality and safety standards.

Agricultural Biosystems Engineers will graduate from Tec de Monterrey with the following competencies:

• Integrate • • •

the components of a productive biosystem, based on sustainability criteria.

Manage productive biosystems complying with international quality and safety standards.

Integrate cutting-edge technologies in the area of productive biosystems.

Evaluate the use of sustainable technologies in productive biosystems to minimize their environmental impact.

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Competencies

W H I C H S P E C I A L I Z AT I O N S A R E AVA I L A B L E TO YO U ?

The educational model enables you to personalize your graduate profile. During the specialization stage, consider a focus based on your post-graduation plans. Tec offers you the means to achieve this through diverse concentrations.

CAREER FIELD

Area

Where are these degrees offered?

Consult the concentrations this degree offers:

tec.mx/iag

DEGREES

Model Tec21

On graduating, you will be able to work in diverse areas of an organization, such as: • Leadership and management of agricultural food companies • Consulting for food production and export firms • Management of agricultural development centers • Advisor for advanced production project development • Owning a technology-based sustainable business • Research centers • Productive systems services, input and technology companies • Financial sector • Public administration

IS THIS RIGHT FOR YOU? If you are interested in sustainable food production, enjoy working outdoors and want to contribute to people’s wellbeing, this could be your path.

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Competencies

Area

CURRICULUM

BIO -BUSINESSES

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BIOSYSTEM URAL SE ULT NG C I R IN EE AG RI N I .

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T BI SY O P ST R O EM D U S

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CHOOSE YOUR PATH

Where are these degrees offered?

ID D CHEMI S CA G AN LP RIN E RO E E E R N IN IN GI

DEGREES

Model Tec21

G

IQ

BIO EN G

EN

ES SS CE

IAL

G IA

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What you need to know about each stage of your curriculum: Exploration 1. You will open your competency file and add to it throughout your degree program.

2. You will learn the foundations of the area of Engineering - Bioengineering and Chemical Processes.

3. You will participate in fundamental and exploration challenges from the area of Engineering - Bioengineering and Chemical Processes, interacting with peers from different degree programs.

4. You will study general education courses, selecting them from a collection.

5. You will participate in a challenge that integrates all the competencies to be developed in this phase.

Focus 1. You will acquire the core competencies of your degree, in other words, those that distinguish it.

2. You will participate in more focused challenges to reinforce what you have learned and broaden your basic knowledge.

3. You will have the elements to decide whether to deepen your knowledge or diversify and, subsequently, build your specialization plan.

4. The Tec Weeks, challenges and overall university experiences will enrich your file.

Specialization 1. You have decided whether to diversify or delve further into your degree, by choosing a concentration, a modality, an internship stay, to mention just a few of your options. The Tec Semester is a flexible-time space to get started.

2. You will develop the competencies related to your specialization, increasingly connected to your passions, interests and plans.

3. If you decided to opt for a concentration, on graduating you will obtain a professional concentration certificate.

Integration of Bioproductive Elective Course Leadership, Processes and Entrepreneurship Integration of Bioproductive Innovation Processes Integration of Bioproductive Processes

Evaluation of Nutrition and Health Evaluation of in Biosystems Nutrition and Health in Biosystems Evaluation of Nutrition and Health in Biosystems

General education course Area exploration courseSEMESTER SEMESTER Introductory block (CHALLENGE) Area exploration block SEMESTER (CHALLENGE)

6 6 6

Application of the

Principles Foundation of the Structure Application ofoftheand Properties of Biomolecules Conservation Principles ofof Energy to Chemical Conservation of Application of the and Biological Energy to Chemical Principles of Processes and Biologicalof Conservation Processes Energy to Chemical and Biological Processes

Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, Entrepreneurship and Innovation Management of the Elective Course Leadership, Productive Biosystem Entrepreneurship and Management of the Innovation

Productive Biosystem Management of the Productive Biosystem

Conservation of Natural Resourcesin Conservation of Biosystems Natural Resourcesin Biosystemsof Conservation Natural Resourcesin Biosystems

Systems in Electromagnetic Bioengineering Systems in Modeling ofand Chemical Processes Bioengineering and Electromagnetic Chemical Processes Systems in Bioengineering and Chemical Processes

DEGREES

Modeling of

Chemical Experimentation and Statistical Thinking Electromagnetic Modeling of II

Week 18 Week Week 18 18

Systems in Modeling of Electrical Bioengineering Systems in and Chemicalof Processes Bioengineering and Modeling Electrical Chemical Processes Systems in Bioengineering and Chemical Processes

Tec Week Tec Tec Week Week

Week 18 Week Week 18 18

Mathematical Modeling

Chemical Experimentation and Modeling of Electrical Statistical Thinking I

Transformation of Matter in Chemical AnalysisProcesses of the Elective Course Transformation Matter in Humanities andofFine Arts Chemical Experimentation Chemical Processes and Statistical Thinking II Analysis of the Chemical Experimentation and Transformation of Matter Statistical Thinking II in Chemical Processes

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SEMESTER 5 SEMESTER 5 Elective Course Ethics and Citizenship Elective Course Ethics and 5 SEMESTER Citizenship

Elective Course Ethics and Citizenship Elective Course Ethics and Citizenship Productivity Evaluation Elective Course Ethics and Citizenship Productivity Evaluation Productivity Evaluation Improvement of

Biosystems with Improvement of Genetics and Biosystems with Biotechnology Genetics andof Improvement Biotechnology Biosystems with Genetics and Biotechnology

Advanced Production Elective Course Ethics and Management Citizenship Advanced Production Management Advanced Production Development Management of

Control and of Development Automation Control and Elements in of Automation Development Biosystems Elements in Control and Biosystems Automation Elements in Biosystems

Elective Course Ethics and Citizenship Elective Course Ethics and Citizenship Application of Metrology in Elective Course Ethics and Productive Biosystems Citizenship Application of Metrology in Productive Biosystems Application of Metrology in Productive Biosystems Integration of

Sustainableof Integration Technologies Sustainable in Biosystemsofin Technologies Integration Biosystems Sustainable Technologies in Biosystems

CHOOSE CHOOSE YOUR YOUR CONCENTRATION CONCENTRATION CHOOSE YOUR CONCENTRATION

Analysis of Productive Analysis of Biosystems Productive Biosystems Analysis of Productive Biosystems

Innovation

Tec Week Tec Tec Week Week

Biosystems

Conservation Principles ofof Matter in Chemical Conservation of Application of the and Biological Matter in Chemical Principles of Processes and Biologicalof Conservation Processes Matter in Chemical and Biological Processes

SEMESTER 4 SEMESTER 4 Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, SEMESTER 4 Entrepreneurship and

Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, Entrepreneurship and Innovation Foundation of Productive Elective Course Leadership, Biosystems and Entrepreneurship Foundation of Productive Innovation

Foundation of Productive Biosystems

Application of the

Principles Structural Analysis of Organic Application ofof the Molecules and their Properties

Properties of Biomolecules Experimentation in and Foundation of the Structure Properties of Biomolecules Analytical Chemistry

Modeling in Thermodynamic Bioengineering Modeling inand Chemical Processes Bioengineering and Thermodynamic Chemical Processes Modeling in Bioengineering and Chemical Processes

Statistical Thinking I Chemical Experimentation and Intermediate Statistical Thinking I

Elective Course Humanities and Fine Arts Elective Course Humanities and Analysis of Fine the Arts

Week 18 Week 18 18 Week

Exploration Topic

Molecules and their Properties Application Structural Analysis ofof Organic Molecules and their Properties Chemical Analysis

Elective Course Social and Behavioral Sciences Elective Course Social and Behavioral Sciences Experimentation in Analytical Chemistry Elective Course Socialinand Experimentation Behavioral Sciences Analytical Chemistry Foundation of the Structure and

Thermodynamic Physical Experimentation and Statistical Thinking

Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Chemical Experimentation and Mathematical

Tec Week Tec Tec Week Week

Exploration Topic Exploration Topic

Application of Chemical Analysis Elective Course Social Application of and Behavioral Sciences Chemical Analysis Structural Analysis of Organic

Conservation Laws in Modeling Bioengineering andin Conservation Laws Chemical Processes Bioengineering and Modeling Chemical Processes Conservation Laws in Bioengineering and Chemical Processes

Statistical Thinking PhysicalIntermediate Experimentation and Statistical Thinking Mathematical Modeling

SEMESTER 2 SEMESTER 2 Elective Course Humanities and Fine Arts Elective Course SEMESTER 2 Humanities and Fine Arts

Tec Week Tec Tec Week Week

Structural Analysis of Organic Molecules and their Properties

SEMESTER 3 SEMESTER 3 Elective Course Social and Behavioral Sciences Elective Course Social and 3 SEMESTER Behavioral Sciences

Analysis of the Structure, Elective Course Properties and Mathematics and Science Analysis of the Structure, Transformation of Matter Properties and Transformation of Matter Analysis of the Structure, Properties and Modeling Transformation of Matter

Elective Course Humanities and Fine Arts Elective Course Humanities and Fine Arts Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Mathematical Physical Experimentation and

Where are these degrees offered?

CHOOSE CHOOSE YOUR CHOOSE YOUR PROGRAM YOUR PROGRAM PROGRAM

Elective Course Social and Behavioral Sciences Elective Course Social and Foundation and Behavioral Sciences Interpretation of Molecular Foundation and and BiologySocial Elective Course Interpretation of Molecular Behavioral Sciences Structural Analysis of Organic Biology Molecules and their Properties Foundation and Structural Analysis of Organic Interpretation of Molecular Molecules and their Properties Biology

Motion Modeling Mathematical Thinking I in Bioengineering Motion Modeling Chemical in and Bioengineering andProcess Chemical Motion Modeling Process in Bioengineering and Chemical Process

Elective Course Mathematics and Science Elective Course Mathematics and Science

Week 18 Week Week 18 18

Engineering and Science Modeling Engineering and Science Modeling Engineering and Science Modeling

Computational MathematicalThinking Thinkingfor I Engineering

Week Tec Week Tec Tec Week

Mathematical Thinking I

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Tec Week Week

Computational Mathematical Thinking Thinking for I Engineering

Week Tec Week Tec Tec Week

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Tec Week Week

Elective Course Mathematics and Science Elective Course Mathematics Science Computationaland Thinking for

Tec Week Tec Tec Week Week

SEMESTER 1 SEMESTER 1 Elective Course Mathematics and Science Elective Course SEMESTER 1 Mathematics Science Computationaland Thinking for

Area

Tec Week Tec Tec Week Week

Competencies

Week Week 18 18 Week 18

Model Tec21

Optional block outside the area (CHALLENGE) Disciplinary global block (CHALLENGE) SEMESTER 7 Global area block (CHALLENGE) TEC Semester SEMESTER 7 Disciplinary course Multi-disciplinary block (CHALLENGE) Disciplinary block (CHALLENGE) Final global block (CHALLENGE) SEMESTER 7

SEMESTER 6 SEMESTER 6

Week 1

Integration of Sustainable Technologies Integration ofin Biosystems Sustainable Where are these Technologies in degrees offered?

Biosystems

CHOOSE CHOOSE YOUR

Area

Control and Automationof Development Elements in Control and Biosystems Automation Elements in Biosystems

Tec Wee T

Improvement of Biosystems with Genetics andof Improvement Biotechnology Biosystems with Genetics and Biotechnology

Tec Wee T

Conservation of Natural Resourcesin Biosystemsof Conservation Natural Resourcesin Competencies Biosystems

Week 1

Bioproduction in Controlled Environmentsin Bioproduction Controlled Environments

Bioproduction in Controlled Environmentsin Bioproduction Controlled Environments

DEGREES

Bioproduction in Controlled Environmentsin Bioproduction Controlled Environments

Week 18 Week 18

Week 18 Week 18

Tec Semester (Professional Elective I - VI) Tec Semester (Professional Elective I - VI)

Tec Week Tec Week

SEMESTER 7 SEMESTER 7

Tec Week Tec Week

Evaluation of Nutrition and Health in Biosystems Evaluation of Nutrition and Health in Biosystems

Tec Wee T

Tec Wee T

Analysis of Productive Biosystems Analysis of Productive Model Tec21 Biosystems

SEMESTER 8 SEMESTER 8

General education course Area exploration course Introductory block (CHALLENGE) Area exploration block (CHALLENGE)

Comprehensive and Eco-Efficient Management Comprehensive and Eco-Efficient Management

Week 18 Week 18

Digital Transformation of Productive DigitalBiosystems Transformation of Productive Biosystems

Tec Week Tec Week

Tec Week Tec Week

18 Elective Multidisciplinary Professional Elective Multidisciplinary Professional

Optional block outside the area (CHALLENGE) Global area block (CHALLENGE) Disciplinary course Disciplinary block (CHALLENGE)

Disciplinary global block (CHALLENGE) TEC Semester Multi-disciplinary block (CHALLENGE) Final global block (CHALLENGE)

Competencies

Area

Where are these degrees offered?

DEGREES

Model Tec21

IBT

B.S. IN BIOTECHNOLOGY ENGINEERING Science provides solutions Biotechnology is one of the most transcendent and important scientific fields, since it focuses on the application of technology in processes that use biological systems to create innovative solutions in a wide range of sectors, such as pharmaceuticals, food, healthcare, agriculture, environment, energy, among others. As a Biotechnology Engineer, you will be able to create or modify biotechnological products, services and processes that address the needs of all these sectors, focusing constantly on human and environmental wellbeing. .

A Biotechnology Engineer will graduate from Tec de Monterrey with the following competencies:

• Develop technologies and biosystems using biological or molecular data based on the needs of industry and society. bioreactors with the capacity to support the specific needs of cells in the generation of products of interest.

Design purification processes for biotechnological products based on market specifications and the principles of sustainability.

Generate biotechnology knowledge and innovation management strategies aimed at creating and enhancing technology-based products, services or companies.

• Design • •

19

Competencies

Area

W H I C H S P E C I A L I Z AT I O N S A R E AVA I L A B L E TO YO U ?

Where are these degrees offered?

Consult the concentrations this degree offers:

The educational model enables you to personalize your graduate profile. During the specialization stage, consider a focus based on your post-graduation plans. Tec offers you the means to achieve this through diverse concentrations.

CAREER FIELD

tec.mx/ibt

DEGREES

Model Tec21

On graduating, you will be able to work in diverse areas, such as: • Innovation and development of biotechnological products and processes in the pharmaceutical, and food and beverage industries, and the agricultural and environmental sectors • Quality assurance and production line supervision in the pharmaceutical, and food and beverage industries, and the agricultural and environmental sectors • Biotechnology-based entrepreneurship in the area of food and beverages, pharmaceuticals, agriculture and the environment • Technological innovation and development in public and private research centers

IS THIS RIGHT FOR YOU? If you want to contribute to the wellbeing of humanity and the planet, and you are also passionate about technology, this could be your path.

20

Competencies

Area

CURRICULUM

Where are these degrees offered?

B I O PH A R M AC E UT I CA L S

CHOOSE YOUR PATH

Y

BI

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CH

N

G

NA

NO

B.

M

NOLOGY EN GIN TECH EE BIO RI N I NG S.

E

D S AN MIC S IC NO ET G E EN AL IC D

LO

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+ CONCENTRATIONS IBT

IBT ID D CHEMI S CA G AN LP RIN E RO E E E R N I N IN I G

G

IQ

BIO EN G

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IAL

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DEGREES

Model Tec21

21

What you need to know about each stage of your curriculum: Exploration 1. You will open your competency file and add to it throughout your degree program.

2. You will learn the foundations of the area of Engineering - Bioengineering and Chemical Processes.

3. You will participate in fundamental and exploration challenges from the area of Engineering - Bioengineering and Chemical Processes, interacting with peers from different degree programs.

4. You will study general education courses, selecting them from a collection. You will participate in a challenge that integrates all the competencies to be developed in this phase.

Focus 1. You will acquire the core competencies of your degree, in other words, those that distinguish it.

2. You will participate in more focused challenges to reinforce what you have learned and broaden your basic knowledge.

3. You will have the elements to decide whether to deepen your knowledge or diversify and, subsequently, build your specialization plan.

4. The Tec Weeks, challenges and overall university experiences will enrich your file.

Specialization 1. You have decided whether to diversify or delve further into your degree, by choosing a concentration, a modality, an internship stay, to mention just a few of your options. The Tec Semester is a flexible-time space to get started.

2. You will develop the competencies related to your specialization, increasingly connected to your passions, interests and plans.

3. If you decided to opt for a concentration, on graduating you will obtain a professional concentration certificate.

Processes Matter in Chemical and Biological Processes

SEMESTER 4 SEMESTER 4 Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, SEMESTER 4 Entrepreneurship and

Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, Entrepreneurship and Innovation Analysis and Study of Elective Course Leadership, Biosystems and Entrepreneurship Analysis and Study of Innovation

Preparation of Biotechnological Preparation of Products Biotechnological Products of Preparation Biotechnological Products

Tec Week Tec Week Tec Week

Biosystems

Analysis and Study of Biosystems

Innovation

Foundation and Application of Elective Course Leadership, Molecular Basesand Entrepreneurship Foundation and Application of Innovation Molecular Bases Foundation and Application of Molecular Bases

Synthesis of Biofactories Synthesis of Biofactories Synthesis of Biofactories

General education course Area exploration courseSEMESTER SEMESTER Introductory block (CHALLENGE) Application and Analysis of Omic Application and Analysis of Technologies Omic Technologies Area exploration block (CHALLENGE) SEMESTER Application and Analysis of Omic Application and Analysis of Technologies Prospection of Bioprocesses Application and Analysis of Omic

Omic Technologies Prospection of Bioprocesses Application and Analysis of

6 6 6

Principles ofthe Experimentation inof Analytical Application Chemistry Conservation Principles ofof Energy in Chemical Conservation of Application of the and Biological Energy in Chemical Principles of Processes and Biologicalof Conservation

Molecular Bases

Foundation and Application of Molecular Bases

Synthesis of Biofactories Synthesis of Biofactories Synthesis of Biofactories

Systems in Electromagnetic Bioengineering Systems in Modeling ofand Chemical Processes Bioengineering and Electromagnetic

DEGREES

Modeling of

Chemical Experimentation and Electromagnetic Modeling of II Statistical Thinking

WEEKWEEK 18 WEEK 18 18

Tec Week Tec Week Tec Week

Modeling of Electrical Bioengineering Systems in and Chemicalof Processes Bioengineering and Modeling Electrical Chemical Processes Systems in Bioengineering and Chemical Processes

Chemical Processes and Chemical Experimentation Statistical AnalysisThinking of the II Chemical Experimentation Transformation of Matter and in Statistical Thinking II Chemical Processes

Chemical Processes Systems in Bioengineering and Chemical Processes

22

Processes Energy in Chemical and Biological Processes Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, Entrepreneurship and Innovation Foundation and Application of Elective Course Leadership, Molecular Basesand Entrepreneurship Foundation and Application of Innovation

Modeling of Electrical Chemical Experimentation and Statistical Thinking Systems in I

Transformation of Matter in

Chemical AnalysisProcesses of the Elective Course Transformation Matter in Humanities andofFine Arts

Elective Course Ethics and Citizenship Elective Course Ethics and Citizenship Modeling Transport ElectivePhenomena Course Ethics and Citizenship Modeling Transport Phenomena Modeling Transport Phenomena

In Vitro experimentation In Vitro experimentation In Vitro experimentation

SEMESTER 5 SEMESTER 5 Elective Course Ethics and Citizenship Elective Course Ethics and 5 SEMESTER Citizenship Modeling Transport ElectivePhenomena Course Ethics and Citizenship Modeling Transport Phenomena Modeling Transport Phenomena

In Vitro experimentation In Vitro experimentation In Vitro experimentation

Elective Course Ethics and Citizenship Elective Course Ethics and Citizenship Modeling Transport ElectivePhenomena Course Ethics and Citizenship Modeling Transport Phenomena Modeling Transport Phenomena

Integration of Transfer of Integration Operations Transfer Operationsof Integration Transfer Operations

CHOOSE CHOOSE YOUR YOUR CONCENTRATION CONCENTRATION CHOOSE YOUR CONCENTRATION

Exploration Topic

Conservation Principles ofof Matter in Chemical Conservation of Application of the and Biological Matter in Chemical Principles of Processes and Biologicalof Conservation

Modeling in Thermodynamic Bioengineering Modeling inand Chemical Processes Bioengineering and Thermodynamic Chemical Processes Modeling in Bioengineering and Chemical Processes

Chemical Experimentation and Statistical Thinking I Intermediate Chemical Experimentation and Mathematical Modeling Statistical Thinking I

Elective Course Humanities and Fine Arts Elective Course Analysis of Fine the Arts Humanities and

WEEKWEEK 18 WEEK 18 18

Exploration Topic

Application of the

Principles Structural Analysis of Organic Application ofof the Molecules and their Properties

Thermodynamic Physical Experimentation and Statistical Thinking

Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Mathematical

Tec Week Tec Week Tec Week

Exploration Topic

Molecules and their Properties Application Structural Analysis ofof Organic Chemical Analysis Molecules and their Properties

Elective Course Social and Behavioral Sciences Elective Course Social and FoundationSciences of the Behavioral Structure and Properties of Foundation of theand Elective Course Social Biomolecules Structure and Properties of Behavioral Sciences Experimentation in Analytical Biomolecules Chemistryof the Foundation Experimentation in Analytical Structure and Properties of Chemistry Application of the Biomolecules

Statistical Thinking PhysicalIntermediate Experimentation and Mathematical Modeling Statistical Thinking

SEMESTER 2 SEMESTER 2 Elective Course Humanities and Fine Arts Elective Course SEMESTER 2 Humanities and Fine Arts

Tec Week Tec Week Tec Week

Structural Analysis of Organic Molecules and their Properties

Chemical Processes Conservation Laws in Bioengineering and Chemical Processes

SEMESTER 3 SEMESTER 3 Elective Course Social and Behavioral Sciences Elective Course Social and 3 SEMESTER Behavioral Sciences

Application of Chemical Analysis Elective Course Social Application of and Behavioral Sciences Chemical Analysis Structural Analysis of Organic

Conservation Laws in Modeling Bioengineering andin Conservation Laws Chemical Processes Bioengineering and Modeling

Elective Course Humanities and Fine Arts Elective Course Humanities and Fine Arts Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Mathematical Physical Experimentation and

Where are these degrees offered?

CHOOSE YOUR PROGRAM CHOOSE CHOOSE YOUR YOUR PROGRAM PROGRAM

Elective Course Social and Behavioral Sciences Elective Course Social and Foundation and Behavioral Sciences Interpretation of Molecular Foundation and and BiologySocial Elective Course Interpretation of Molecular Behavioral Sciences Structural Analysis of Organic Biology Molecules and their Properties Foundation and Structural Analysis of Organic Interpretation of Molecular Molecules and their Properties Biology

Process in Bioengineering and Chemical Process

Analysis of the Structure, Elective Course Properties and Mathematics and Science Analysis of the Structure, Transformation of Matter Properties and Transformation of Matter Analysis of the Structure, Properties and Modeling Transformation of Matter

18 18 WEEKWEEK 18 WEEK

Science Modeling Engineering and Science Modeling

Motion Modeling Mathematical Thinking I in Bioengineering Motion Modeling Chemical in and Bioengineering andProcess Chemical Motion Modeling

Elective Course Mathematics and Science Elective Course Mathematics and Science

WEEKWEEK 18 WEEK 18 18

Engineering and Science Modeling Engineering and

Computational MathematicalThinking Thinkingfor I Engineering

Tec Week Tec Week Tec Week

Mathematical Thinking I

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Week Tec Week

Computational Mathematical Thinking Thinking for I Engineering

Tec Week Tec Week Tec Week

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Week Tec Week

Elective Course Mathematics and Science Elective Course Mathematics Science Computationaland Thinking for

Tec Week Tec Week Tec Week

SEMESTER 1 SEMESTER 1 Elective Course Mathematics and Science Elective Course SEMESTER 1 Mathematics Science Computationaland Thinking for

Area

Tec Week Tec Week Tec Week

Competencies

18 18 WEEKWEEK 18 WEEK

Model Tec21

Optional block outside the area (CHALLENGE) Disciplinary global block (CHALLENGE) Global area block (CHALLENGE) TEC Semester SEMESTER 7 SEMESTER 7 Disciplinary course Multi-disciplinary block (CHALLENGE) Application and Analysis of Omic Technologies Disciplinary block (CHALLENGE) Final global block (CHALLENGE) Application and Analysis of Omic SEMESTER 7 Technologies Prospection of Bioprocesses Application and Analysis of Omic

Prospection of Bioprocesses

Prospection of Bioprocesses

Prospection of Bioprocesses

Design of Bioreactors

Design of Bioseparation Strategies Design of Bioseparation Strategies

Tec Week Tec Week

Application and Analysis of Omic Prospection of Bioprocesses Technologies

Tec Week Tec Week

Application and Analysis of Prospection of Bioprocesses Omic Technologies

Planning of Biotechnological Processesof Planning Biotechnological Processes

CHOOSE CHOOSE YOUR

WEEK 1

Tec Wee Te

Tec Wee Te

Integration of Transfer Operationsof Integration Transfer Where are these Operations degrees offered?

SEMESTER 7 SEMESTER 7

Application and Analysis of Omic Technologies

Application and Analysis of Omic Prospection of Bioprocesses Technologies

Design of Bioreactors

Area

In Vitro experimentation In Vitro experimentation

Tec Semester (Professional Elective I - VI) Tec Semester (Professional Elective I - VI)

DEGREES

Application and Analysis of Omic Technologies

In Vitro experimentation In Vitro experimentation

WEEKWEEK 18 18

SEMESTER 6 Application and Analysis of SEMESTER 6 Omic Technologies

WEEK 1

Synthesis of Biofactories Synthesis of Competencies Biofactories

WEEKWEEK 18 18

Synthesis of Biofactories Synthesis of Biofactories

Tec Wee Te

Tec Wee Te

Preparation of Biotechnological Products of Preparation Biotechnological Model Tec21 Products

SEMESTER 8 SEMESTER 8

General education course Area exploration course Introductory block (CHALLENGE) Area exploration block (CHALLENGE)

Design of Biotechnological Processes and Design of Bioproducts Biotechnological Processes and Bioproducts

WEEKWEEK 18 18

Design of Biotechnological Processes and Design of Bioproducts Biotechnological Processes and Bioproducts

Tec Week Tec Week

Elective Multidisciplinary Professional Elective Multidisciplinary Professional

Tec Week Tec Week

23

Optional block outside the area (CHALLENGE) Global area block (CHALLENGE) Disciplinary course Disciplinary block (CHALLENGE)

Disciplinary global block (CHALLENGE) TEC Semester Multi-disciplinary block (CHALLENGE) Final global block (CHALLENGE)

Competencies

Area

Where are these degrees offered?

DEGREES

Model Tec21

IDS

B . S . I N S U STA I N A B L E DEVELOPMENT ENGINEERING Technologies to support the world

A Sustainable Development Engineer will graduate from Tec de Monterrey with the following competencies:

In a world in which industry and society demand more actions, solutions and innovations to improve the quality of life of the current and future generations, there is a growing need for new technologies and strategies that will reduce the impact of human activities on the planet.

• Design • • •

.

energy processes of diverse scales based on the principles of sustainability.

Improve productive processes across the value chain, favoring the efficient use of natural and energy resources.

Evaluate the availability and restitution of natural resources, generating management alternatives that will favor the creation of business models.

Design innovative corporate sustainability strategies using state-of-the-art methodologies.

24

Competencies

Area

W H I C H S P E C I A L I Z AT I O N S A R E AVA I L A B L E TO YO U ?

The educational model enables you to personalize your graduate profile. During the specialization stage, consider a focus based on your post-graduation plans. Tec offers you the means to achieve this through diverse concentrations.

CAREER FIELD

Where are these degrees offered?

Consult the concentrations this degree offers:

tec.mx/ids

DEGREES

Model Tec21

On graduating from Food Engineering, you will be able to work in diverse areas of an organization, such as: • Energy sector in areas of energy efficiency, clean technology and renewable energies • Energy, environmental and natural resource management consulting • Public and private corporate sustainability sector in the areas of social responsibility and circular economy • Technological research and development centers

IS THIS RIGHT FOR YOU? If you are passionate about clean technologies, interested in incorporating innovative solutions to global problems, are environmentally aware and can envisage a prosperous future, then this is the right degree for you.

25

Competencies

Area

CURRICULUM

CING AND REGULATIO F INAN N O F E N E R G Y P R OJ E CT S

+ CONCENTRATIONS IDS

N

EN

G

IQ

BIO EN G

G IA

ES SS CE

IAL

O

NT

IBT

ID D CHEMI S CA G AN LP RIN E RO E E E R N I N IN I G

R

ME

E DEVELOPMEN TE ABL NG AIN T IN S EE SU RI N I .

G N

B. S

VI

GE

TE

S

A AN M S L TA TEM E N YS S

LO W CH -C N AR O LO B O G IE

N

EN

M

CHOOSE YOUR PATH

Where are these degrees offered?

DEGREES

Model Tec21

26

What you need to know about each stage of your curriculum: Exploration 1. You will open your competency file and add to it throughout your degree program.

2. You will learn the foundations of the area of Engineering - Bioengineering and Chemical Processes.

3. You will participate in fundamental and exploration challenges from the area of Engineering - Bioengineering and Chemical Processes, interacting with peers from different degree programs.

4. You will study general education courses, selecting them from a collection. You will participate in a challenge that integrates all the competencies to be developed in this phase.

Focus 1. You will acquire the core competencies of your degree, in other words, those that distinguish it.

2. You will participate in more focused challenges to reinforce what you have learned and broaden your basic knowledge.

3. You will have the elements to decide whether to deepen your knowledge or diversify and, subsequently, build your specialization plan.

4. The Tec Weeks, challenges and overall university experiences will enrich your file.

Specialization 1. You have decided whether to diversify or delve further into your degree, by choosing a concentration, a modality, an internship stay, to mention just a few of your options. The Tec Semester is a flexible-time space to get started.

2. You will develop the competencies related to your specialization, increasingly connected to your passions, interests and plans.

3. If you decided to opt for a concentration, on graduating you will obtain a professional concentration certificate.

Management Implementation of Exploration Topic Programs Resource of Implementation Management Exploration Topic Resource Programs Management Exploration Topic Programs

Energy Processes

Tec Week Tec Tec WeekWeek

Evaluation of Energy Processes Evaluation of Energy Processes Evaluation of

Application of the Molecules and their Properties Principles of Structural Analysis Organic Integration ofofEnergy Molecules and their Properties Conservation of Application of the Processes Matter in Chemical Principles ofthe Integration ofof Energy Application and Biological Conservation Processes Principles ofof Integration of Energy Processes Matter in Chemical Conservation of Processes and Biological Matter in Chemical Processes and Biological Processes

SEMESTER 5 Elective Course Ethics and 5 SEMESTER Citizenship SEMESTER 5 Elective Course Ethics and

Elective Course Ethics and Citizenship Elective Course Ethics and Application of the Principles of Citizenship Elective Course Ethics and Energy Efficiency Citizenship Application of the Principles of Energy Efficiency Application of the Principles of Energy Efficiency

Engineering Modeling Behavioral Sciences Using Dynamic Systems Elective Course Social and Behavioral Sciences Engineering Modeling Structural Analysis of Organic Molecules and theirSystems Properties Using Dynamic Engineering Modeling Using Dynamic Structural Analysis Systems of Organic

Citizenship Application of the Principles of Elective Course Ethics and Energy Efficiency Citizenship Application of the Principles of Energy Efficiency Application of the Principles of Energy Efficiency

Evaluation of Energy Processes Evaluation of Energy Processes Evaluation of

Energy Processes

General education course Area exploration courseSEMESTER Improvement of Productiveblock (CHALLENGE) Improvement of Productive Introductory SEMESTER Processes Applying Principles of Processes Applying Principles of Circularexploration Economy Circular Economy Area block (CHALLENGE) SEMESTER Improvement of Productive Improvement of Productive

Innovation ofApplying CorporatePrinciples Sustainability Processes of Models Improvement of Productive Circular Economy Processes Applying Principles of

Innovation of Applying CorporatePrinciples Sustainability Processes of Models Improvement of Productive Circular Economy Processes Applying Principles of

Application of the

Principles ofcircuits Analysis of Electrical Sizing of Energy Conservation of Application of the Processes Energy to Principles Sizing of Chemical Energy Application ofofthe and Biological Conservation Processes Principles ofof Sizing of Energy Processes Energy to Chemical Conservation of Processes and Biological Energy to Chemical Processes and Biological

Resource Management of Implementation Programs Resource of Implementation Management Resource Programs Management Programs

SEMESTER 4 Elective Course Leadership, SEMESTER 4 Entrepreneurship and Innovation SEMESTER 4 Elective Course Leadership, Entrepreneurship and Analysis and Design of Innovation Elective CourseBased Leadership, Processes on Entrepreneurship and Momentum Transfer Innovation Analysis and Design of

Processes Based on Analysis and Design of Momentum Transfer Processes Based on Implementation Momentum Transferof

Resource Management of Implementation Programs Resource of Implementation Management Resource Programs Management Programs

Systems in Modeling of Bioengineering Electromagnetic Modeling ofand Chemical Processes Systems in Electromagnetic Bioengineering Systems in and Chemical Processes Bioengineering and Chemical Processes

Elective Course Leadership, Entrepreneurship and Innovation Elective Course Leadership, Entrepreneurship Analysis and Designand of Elective Innovation Course Processes BasedLeadership, on Heat Entrepreneurship and Transfer AnalysisInnovation and Design of

Processes Based on Heat AnalysisTransfer and Design of Processes Based on Heat Transfer

Sizing of Energy Processes Sizing of Energy Processes Sizing of Energy Processes

Elective Course Ethics and Citizenship Elective Course Ethics and AnalysisCitizenship of Processes and Elective Course Ethics and Circular Economy Citizenship Analysis of Processes and Circular Economy Analysis of Processes and Circular Economy

Energy Performance Evaluation of Industrial Processes Energy Performance Evaluation of Industrial Energy Performance Processes Evaluation of Industrial

Optional block outside the area (CHALLENGE) Disciplinary global block (CHALLENGE) SEMESTER 7 Global area block (CHALLENGE) TEC Semester Disciplinary course Multi-disciplinary block (CHALLENGE) SEMESTER 7 Disciplinary block (CHALLENGE) Final global block (CHALLENGE) SEMESTER 7

DEGREES

Bioengineering and Modeling of Electrical Chemical Processes Systems in Modeling of Electrical Bioengineering Systems in and Chemical Processes Bioengineering and

Chemical Experimentation Transformation of Matter and in Statistical Thinking Chemical AnalysisProcesses of the II Transformation of Matter in Chemical Processes and Chemical Experimentation Modeling of II Statistical Thinking Chemical Experimentation and Electromagnetic Statistical Thinking II

CHOOSE CHOOSE YOUR CHOOSE YOUR PROGRAM YOUR PROGRAM PROGRAM

Statistical Thinking I Modeling of Electrical Chemical Experimentation and Statistical Thinking Systems in I

Chemical Processes

Elective Course Leadership, Entrepreneurship and Innovation Elective Course Leadership, Entrepreneurship and Thermodynamic Foundation of Elective Innovation Course Leadership, Energy Processes Entrepreneurship and Innovation

Thermodynamic Foundation of Energy Processes Thermodynamic Foundation of Energy Processesof Implementation

Intermediate Mathematical Modeling Chemical Experimentation and

Week Week 18 Week 18 18

Modeling in Bioengineering and Thermodynamic Chemical Processes Modeling in Thermodynamic Bioengineering Modeling inand Chemical Processes Bioengineering and

Intermediate Chemical Experimentation and Mathematical Modeling Statistical Thinking I

AnalysisCourse of the Elective Transformation Matter in Humanities andofFine Arts Chemical ElectiveProcesses Course Analysis of Fine the Arts Humanities and

Processes

Processes

6 6 6

Statistical Thinking Thermodynamic Physical Experimentation and Statistical Thinking

Humanities and Fine Arts

Chemical Processes

Elective Course Social and Behavioral Sciences Elective CourseModeling Social and Engineering Behavioral Sciences Using Dynamic Systems Elective Course Social and Behavioral Sciences Engineering Modeling Analysis of Electrical circuits Using Dynamic Systems Engineering Modeling Using Dynamic Systems Analysis of Electrical circuits

Intermediate Mathematical Modeling Physical Experimentation and

Tec Tec WeekWeek Tec Week

Humanities and Fine Arts

PhysicalIntermediate Experimentation and Statistical Thinking Mathematical Modeling

Tec Tec WeekWeek Tec Week

Conservation Laws in Bioengineering Modeling and Chemical Processes Conservation Laws in Modeling Bioengineering andin Conservation Laws Chemical Processes Bioengineering and

Intermediate Humanities andModeling Fine Arts Mathematical Elective Course

Elective Course Humanities and Fine Arts

Week 18 18 Week 18 Week

Implementation of Molecules and their Properties Structural Analysis of Organic MoleculesResource and their Properties

Tec Week Tec Tec WeekWeek

Evaluation of Social Natural Elective Course and Capital and Sustainability Behavioral Sciences ElectivePrinciples Course Social and Evaluation ofSciences Natural Behavioral Structural Analysis of Organic Capital and Sustainability Molecules and their Properties Evaluation of Natural Principles Capital and Sustainability StructuralPrinciples Analysis of Organic

Transformation of Matter Analysis of the Structure, Properties and Analysis of the Structure, Transformation of Matter Properties and Modeling Transformation of Matter

Chemical Processes

SEMESTER 3 Elective Course Social and 3 SEMESTER Behavioral Sciences SEMESTER 3 Elective Course Social and

Elective Course Social and Behavioral Sciences

Elective Course Intermediate Humanities andModeling Fine Arts Mathematical Elective Course

SEMESTER 2 Elective Course SEMESTER 2 Humanities and Fine Arts SEMESTER 2 Elective Course

Tec Week Tec Tec WeekWeek

Process

Elective Course Mathematics andofScience Analysis the Structure, Elective Course Mathematics Properties and and Science

Where are these degrees offered?

CHOOSE CHOOSE YOUR CHOOSE YOUR CONCENTRATION YOUR CONCENTRATION CONCENTRATION

Science Modeling

Elective Course Humanities and Fine Arts

Week Week 18 Week 18 18

Engineering and Science Modeling Engineering and Science Modeling Engineering and

Motion Modeling Mathematical Thinking I in Bioengineering and Chemical Motion Modeling Process in Bioengineering Motion Modeling Chemical in and Bioengineering andProcess Chemical

Elective Course Mathematics and Science

Week Week 18 Week 18 18

Mathematical Thinking I

Engineering Computational Thinking for Engineering Mathematical Thinking I

Tec Week Tec Tec WeekWeek

Engineering Computational Thinking for Engineering Mathematical Thinking I

and Science Engineering Elective Course Mathematics and Science Computational MathematicalThinking Thinkingfor I

Tec Week Tec Tec WeekWeek

Elective Course Computational Thinking for Mathematics and Science Engineering Elective Course Mathematics and Science Computational Mathematical Thinking Thinking for I

Tec Tec WeekWeek Tec Week

Elective Course Mathematics and Science

Tec Tec WeekWeek Tec Week

SEMESTER 1 Elective Course Mathematics 1 SEMESTER and Science SEMESTER 1 Elective Course Mathematics Computational Thinking for

Area

Tec Week Tec Tec WeekWeek

Competencies

Week Week 18 Week 18 18

Model Tec21

27

CHOOSE CHOOSE YOUR

Area

SEMESTER 6 Improvement of Productive SEMESTER Processes Applying Principles of 6

Tec Semester (Professional Elective I - VI) Tec Semester (Professional Elective I - VI)

DEGREES

Advanced Sizing and Monitoring of Energy Processes Advanced Sizing and Monitoring of Energy Processes

Innovation of the Processes in Your Value Chain Innovation of the Processes in Your Value Chain

Week Week 18 18

Innovation of Corporate Sustainability Models

Week Week 18 18

Innovation of Corporate Sustainability Models

Where are these degrees offered?

SEMESTER 7 SEMESTER 7

Tec Week Tec Week

Circular Economy Improvement of Productive Innovation of Applying CorporatePrinciples Sustainability Processes of Models Circular Economy

Tec Week Tec Week

Improvement of Productive Processes Applying Principles of Circular Economy Improvement of Productive Innovation ofApplying CorporatePrinciples Sustainability Processes of Models Circular Economy

Advanced Sizing and Monitoring of Energy Processes Advanced Sizing and Monitoring of Energy Processes

Energy Performance Evaluation of Industrial Processes Energy Performance Competencies Evaluation of Industrial Processes

Week 1

Evaluation of Energy Processes Evaluation of Energy Processes

Tec Wee Te

Tec Wee Te

Evaluation of Energy Processes Evaluation of Model Tec21 Energy Processes

General education course Area exploration course Introductory block (CHALLENGE) Area exploration block (CHALLENGE)

Design and Implementation of Energy Design and Sustainability ImplementationModels of Energy Sustainability Models

28 Week Week 18 18

Design of Corporate Sustainability Design of Strategies Corporate Sustainability Strategies

Tec Week Tec Week

Elective Multidisciplinary Professional Elective Multidisciplinary Professional

Tec Week Tec Week

SEMESTER 8 SEMESTER 8

Optional block outside the area (CHALLENGE) Global area block (CHALLENGE) Disciplinary course Disciplinary block (CHALLENGE)

Disciplinary global block (CHALLENGE) TEC Semester Multi-disciplinary block (CHALLENGE) Final global block (CHALLENGE)

Competencies

Area

Where are these degrees offered?

DEGREES

Model Tec21

IQ

29

B.S. IN CHEMICAL ENGINEERING Action-reaction: that’s the formula We are constantly surrounded by chemical processes that we didn’t even know existed. As a Chemical Engineer, you will be responsible for designing, operating and improving chemical processes for producing the materials used in manufacturing the majority of the products we use every day.

.

A Chemical Engineer will graduate from Tec de Monterrey with the following competencies:

• Design • • •

chemical processes based on the principles of sustainability in the use of material and energy resources.

Improve chemical processes through engineering analysis and systemic thinking.

Integrate technologies in chemical processes based on quality, efficiency and safety parameters.

Develop business plans in the chemical industry, considering market opportunities.

Competencies

Area

W H I C H S P E C I A L I Z AT I O N S A R E AVA I L A B L E TO YO U ?

Where are these degrees offered?

Consult the concentrations this degree offers:

The educational model enables you to personalize your graduate profile. During the specialization stage, consider a focus based on your post-graduation plans. Tec offers you the means to achieve this through diverse concentrations.

CAREER FIELD

tec.mx/iq

DEGREES

Model Tec21

Thanks to the integral education you will receive in this degree, on graduating you will be able to work in diverse activities: • In the industrial sector industrial, as a process engineer in charge of manufacturing chemical products such as drugs, plastics, fertilizers, food additives, petroleum derivatives, among many others.

• In the design and enhancement of productive processes for the chemical industry.

• As the person responsible for environmental and safety aspects in industry • In the service sector as a consultant for the application of process technologies and specialized chemical products.

• In the areas of innovation and development in companies from the chemical sector.

• As an entrepreneur, creating your own company in the area of chemical products or specialized technical services for the chemical industry.

IS THIS RIGHT FOR YOU? If you are curious and analytical, are passionate about fields such as chemistry, physics and informatics, are interested in developing new technological advancements and want to contribute to a sustainable future, this is the degree for you.

30

Competencies

Area

CURRICULUM

CONCENTRATIONS IQ +

N

A

W P AN RO D D DE UC VE T I LO N N P O M

O TI A V T EN

NISTRATION AND MANAG ADMI EME NT C H E M I CA L I N D U S T IN THE RY

NE

B

N

MICAL ENGINE CHE ER ING . IN S .

IBT

ID D CHEMI S CA G AN LP RIN E RO E E E R N IN IN GI

BIO EN G

IQ

IAL

G

ES SS CE

EN

EN

E

ES

G IA

R

D

IAL S ER IEAT Y GM C ENRO IEN ENNA FIC LE EF B A GY EW E R N

CHOOSE YOUR PATH

RISK

Where are these degrees offered?

DEGREES

Model Tec21

31

What you need to know about each stage of your curriculum: Exploration 1. You will open your competency file and add to it throughout your degree program.

2. You will learn the foundations of the area of Engineering - Bioengineering and Chemical Processes.

3. You will participate in fundamental and exploration challenges from the area of Engineering - Bioengineering and Chemical Processes, interacting with peers from different degree programs.

4. You will study general education courses, selecting them from a collection. You will participate in a challenge that integrates all the competencies to be developed in this phase.

Focus 1. You will acquire the core competencies of your degree, in other words, those that distinguish it.

2. You will participate in more focused challenges to reinforce what you have learned and broaden your basic knowledge.

3. You will have the elements to decide whether to deepen your knowledge or diversify and, subsequently, build your specialization plan.

4. The Tec Weeks, challenges and overall university experiences will enrich your file.

Specialization 1. You have decided whether to diversify or delve further into your degree, by choosing a concentration, a modality, an internship stay, to mention just a few of your options. The Tec Semester is a flexible-time space to get started.

2. You will develop the competencies related to your specialization, increasingly connected to your passions, interests and plans.

3. If you decided to opt for a concentration, on graduating you will obtain a professional concentration certificate.

SEMESTER 4 SEMESTER 4 Elective Course Leadership, Entrepreneurship and Innovation Elective Course Leadership, SEMESTER 4 Entrepreneurship and

Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, Entrepreneurship and Innovation Modeling of Processes Based Elective Course Leadership, on Entrepreneurship Transport Phenomena and ModelingInnovation of Processes Based

Design of Fluid Flow DesignSystems of Fluid Flow Systems Design of Fluid Flow Systems

Innovation

Tec Week Tec Week Tec Week

on Transport Phenomena

Modeling of Processes Based on Transport Phenomena

Conservation Principles ofof Matter in Chemical Application of the Conservation of and Biological Principles of Matter in Chemical Processes Conservation and Biologicalof Matter in Chemical Processes and Biological Processes

Modeling of Processes Based Elective Course Leadership, on Entrepreneurship Transport Phenomena and ModelingInnovation of Processes Based on Transport Phenomena Modeling of Processes Based on Transport Phenomena

Design of Systems for Heat Design ofTransfer Systems for Heat Transfer Design of Systems for Heat Transfer

General education course Area exploration courseSEMESTER SEMESTER Introductory block (CHALLENGE) Design of Chemical Design of Chemical Processes Processes Area exploration block (CHALLENGE) Design of Chemical Design of Chemical SEMESTER

Processes Automation and Control of Chemical Processes Design Chemical Automationofand Control of

Processes Automation and Control of Chemical Processes Design Chemical Automationofand Control of

6 6 6

Application of the

Foundation of the Structure Principles Application ofoftheand Properties of Biomolecules

Conservation Principles ofof Energy to Chemical Application of the Conservation of and Biological Principles of Energy to Chemical Processes Conservation and Biologicalof Energy to Chemical Processes and Biological Processes

Elective Course Leadership, Entrepreneurship and Elective Innovation Course Leadership, Entrepreneurship and Innovation Modeling Processes Based Electiveof Course Leadership, on Transport Phenomena Entrepreneurship and Modeling of Processes Based Innovation

on Transport Phenomena

Modeling of Processes Based on Transport Phenomena Analysis of

Integrated Systems Analysis of of Fluid Flow and Integrated Systems Transfer Analysis ofHeat Fluid Flowofand Integrated Systems Heat Transfer of Fluid Flow and Heat Transfer

Systems in Modeling of Electrical Bioengineering Systems in and Chemicalof Processes Modeling Electrical Bioengineering and Systems in Chemical Processes Bioengineering and Chemical Processes

Modeling of and Chemical Experimentation Statistical Thinking II Electromagnetic Modeling of Systems in Electromagnetic Bioengineering Modeling ofand Systems in Chemical Processes Electromagnetic Bioengineering and Systems in Chemical Processes Bioengineering and Chemical Processes

DEGREES

Chemical Experimentation and Modeling Electrical Statisticalof Thinking I

WeekWeek 18 Week 18 18

Tec Week Tec Week Tec Week

WeekWeek 18 Week 18 18

Modeling in Thermodynamic Bioengineering Modeling inand Chemical Processes Thermodynamic Bioengineering and Modeling in Chemical Processes Bioengineering and Chemical Processes

Transformation of Matter in Chemical Elective Course AnalysisProcesses of the Transformation Matter in Humanities andofFine Arts Chemical Experimentation and Chemical Processes Statistical Thinking II Analysis of the Chemical Experimentation and Transformation of Matter Statistical Thinking II in Chemical Processes

Elective Course Ethics and Citizenship Elective Course Ethics and PredictionCitizenship of the Equilibrium of Phases and Chemical Elective Course Ethics andof Prediction of the Applying Equilibrium Equilibrium Citizenship Phases and Chemical Thermodynamics Equilibrium Applying Prediction of the Equilibrium of Thermodynamics Phases and Chemical Equilibrium Applying Design of Thermodynamics

Separation Design of Processes Separation Design of Processes Separation Processes

32

SEMESTER 5 SEMESTER 5 Elective Course Ethics and Citizenship Elective Course Ethics and 5 SEMESTER PredictionCitizenship of the Equilibrium of Phases and Chemical Elective Course Ethics andof Prediction of the Applying Equilibrium Equilibrium Citizenship Phases and Chemical Thermodynamics Equilibrium Applying Prediction of the Equilibrium of Thermodynamics Phases and Chemical Equilibrium Applying Thermodynamics

Design of Chemical Reactors Design of Chemical Reactors Design of Chemical Reactors

Elective Course Ethics and Citizenship Elective Course Ethics and PredictionCitizenship of the Equilibrium of Phases and Chemical Elective Course Ethics andof Prediction of the Applying Equilibrium Equilibrium Citizenship Phases and Chemical Thermodynamics Equilibrium Applying Prediction of the Equilibrium of Thermodynamics Phases and Chemical Equilibrium Applying Analysis of Thermodynamics

Integrated Analysis of Separation and Integrated Reaction Processes Analysis of Separation and Integrated Reaction Processes Separation and Reaction Processes

CHOOSE CHOOSE YOUR CHOOSE YOUR CONCENTRATION YOUR CONCENTRATION CONCENTRATION

Exploration Topic

Application of the

Structural Analysis ofof Organic Principles Application the Molecules and their of Properties

Properties of Biomolecules Experimentation in and Foundation of the Structure Analytical Chemistry Properties of Biomolecules

Physical Experimentation and Thermodynamic Statistical Thinking

Statistical Thinking I Chemical Experimentation and Intermediate Statistical Thinking I Mathematical Modeling

Elective Course Humanities and Fine Arts Elective Course Analysis of Fine the Arts Humanities and

WeekWeek 18 Week 18 18

Exploration Topic

Molecules and their Properties Application Structural Analysis ofof Organic Chemical Analysis Molecules and their Properties

Elective Course Social and Behavioral Sciences Elective Course Social and Behavioral Sciences Experimentation in Analytical Chemistry Elective Course Socialinand Experimentation Behavioral Sciences Analytical Chemistry Foundation of the Structure and

Physical Experimentation and Statistical Thinking PhysicalIntermediate Experimentation and Mathematical Modeling Statistical Thinking

Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Chemical Experimentation and Mathematical

Tec Week Tec Week Tec Week

Exploration Topic

Application of Chemical Analysis Elective Course Social Application of and Behavioral Sciences Chemical Analysis Structural Analysis of Organic

Conservation Laws in Modeling Bioengineering andin Conservation Laws Chemical Processes Modeling Bioengineering and Conservation Laws in Chemical Processes Bioengineering and Chemical Processes

SEMESTER 2 SEMESTER 2 Elective Course Humanities and Fine Arts Elective Course SEMESTER 2 Humanities and Fine Arts

Elective Course Humanities and Fine Arts Elective Course Humanities and Fine Arts Intermediate Mathematical Modeling Elective Course Intermediate Humanities andModeling Fine Arts Mathematical

Tec Week Tec Week Tec Week

Structural Analysis of Organic Molecules and their Properties

SEMESTER 3 SEMESTER 3 Elective Course Social and Behavioral Sciences Elective Course Social and 3 SEMESTER Behavioral Sciences

Analysis of the Structure, Elective Course Properties and Mathematics and Science Analysis of the Structure, Transformation of Matter Properties and Transformation of Matter Analysis of the Structure, Properties and Transformation of Matter Modeling

Where are these degrees offered?

CHOOSE YOUR PROGRAM CHOOSE YOUR PROGRAM CHOOSE YOUR PROGRAM

Elective Course Social and Behavioral Sciences Elective Course Social and Foundation and Behavioral Sciences Interpretation of Molecular Foundation and and Elective Course BiologySocial Interpretation Molecular Behavioralof Sciences Structural Biology Analysis of Organic Molecules and their Properties Foundation and Structural Analysis of Organic Interpretation of Molecular Molecules and their Properties Biology

Motion Modeling Mathematical Thinking I in Bioengineering Motion Modeling Chemical in and Bioengineering Motion Modeling andProcess Chemical in Bioengineering Process and Chemical Process

Elective Course Mathematics and Science Elective Course Mathematics and Science

WeekWeek 18 Week 18 18

Science Modeling Engineering and Science Modeling

Computational Thinking for Mathematical Thinking I Engineering

Tec Week Tec Week Tec Week

Engineering and Science Modeling Engineering and

Computational Thinking for Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Week Tec Week

Mathematical Thinking I

Tec Week Tec Week Tec Week

Computational Thinking for Mathematical Thinking I Engineering

Tec Week Tec Week Tec Week

Engineering Elective Course Computational Thinking for Mathematics and Science Engineering Mathematical Thinking I

Tec Week Tec Week Tec Week

SEMESTER 1 SEMESTER 1 Elective Course Mathematics and Science Elective Course SEMESTER 1 Mathematics and Science

Elective Course Mathematics and Science Elective Course Mathematics Science Computationaland Thinking for

Area

Tec Week Tec Week Tec Week

Competencies

18 18 WeekWeek 18 Week

Model Tec21

Optional block outside the area (CHALLENGE) Disciplinary global block (CHALLENGE) Global area block (CHALLENGE) TEC Semester SEMESTER 7 SEMESTER 7 Disciplinary course Multi-disciplinary block (CHALLENGE) Design of Chemical Processes Disciplinary block (CHALLENGE) Final global block (CHALLENGE) Design of Chemical SEMESTER 7

Processes Automation and Control of Chemical Processes Design Chemical Automationofand Control of

Automation and Control of Chemical Processes

Automation and Control of Chemical Processes

Automation and Control of Chemical Processes

Comprehensive Design of Chemical Processes Comprehensive Design of Chemical Processes

Tec Week Tec Week

Design ofand Chemical Automation Control of Processes Chemical Processes

Tec Week Tec Week

Design ofand Chemical Automation Control of Processes Chemical Processes

Comprehensive Design of Chemical Processes Comprehensive Design of Chemical Processes

CHOOSE CHOOSE YOUR

Week 18 W

Tec Week Te

Tec Week Te

Analysis of Integrated Separation and Analysis of Reaction Processes Integrated Where are these Separation and degrees offered?

Reaction Processes

SEMESTER 7 SEMESTER 7

Design of Chemical Processes

Design ofand Chemical Automation Control of Processes Chemical Processes

Comprehensive Design of Chemical Processes Comprehensive Design of Chemical Processes

Design of Chemical Reactors of Chemical Area DesignReactors

Tec Semester (Professional Elective I - VI) Tec Semester (Professional Elective I - VI)

DEGREES

Design of Chemical Processes

Design of Separation Processes Design of Separation Processes

Week 18 Week 18

SEMESTER 6 Design of Chemical SEMESTER 6 Processes

Week 1

Analysis of Integrated Systems of Fluid Flowofand Analysis Heat Transfer Integrated Systems Competencies of Fluid Flow and Heat Transfer

Week 18 Week 18

Design of Systems for Heat Transfer Design of Systems for Heat Transfer

Tec Week Te

Tec Week Te

Design of Fluid Flow Systems Design of Fluid Flow Model Tec21 Systems

General education course Area exploration course Introductory block (CHALLENGE) Area exploration block (CHALLENGE)

Application of Process Engineeringin Application of Industrial Process Projects Engineeringin Industrial Projects

33 Week 18 Week 18

Application of Process Engineeringin Application of Industrial Process Projects Engineeringin Industrial Projects

Tec Week Tec Week

Elective Multidisciplinary Professional Elective Multidisciplinary Professional

Tec Week Tec Week

SEMESTER 8 SEMESTER 8

Optional block outside the area (CHALLENGE) Global area block (CHALLENGE) Disciplinary course Disciplinary block (CHALLENGE)

Disciplinary global block (CHALLENGE) TEC Semester Multi-disciplinary block (CHALLENGE) Final global block (CHALLENGE)

Competencies

ENGINEERING BIOENGINEERING AND CHEMICAL PROCESSES Entry Campuses for the area of

ENGINEERING Aguascalientes Chiapas Chihuahua Ciudad de México Ciudad Juárez

Area

Degrees

With the Engineering entry, you have the option of moving throughout your undergraduate studies to the campus that offers the specialization you would like to pursue.

Campuses where you can enter and graduate from the corresponding degrees

IAL

IAG

IBT

IDS

IQ

WHERE ARE THESE DEGREES OFFERED?

Model Tec21

Cuernavaca Estado de México Guadalajara Hidalgo Irapuato Laguna León Monterrey Morelia Obregón Puebla Querétaro Saltillo San Luis Potosí Santa Fe Sinaloa Sonora Norte Tampico Toluca Zacatecas

34

At Tecnológico de Monterrey we’re looking for students willing to be better for the benefit of others, people with the humility and courage to challenge paradigms, with the ambition to improve, who embrace the most advanced technical knowledge, and with an ethical and humanistic profile,who dare to go forward, more willing to be than to have.

For further information on the degrees from the area of Engineering - Bioengineering and Chemical Processes, go to:

tec.mx/profesional

*DEC-520912. On-site programs.