Technologies to support the world
Career field
On graduating from B.S. in Sustainable Development, 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
- As sustainable engineer, you will be part of research and technological development centers with a sustainable approach.
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 then B.S. in Sustainable Development is the right degree for you.
The B.S. in Sustainable Development Engineering program has the aim to train professionals that work in the generation and efficient use of energy, the care of natural resources and the identification of innovative business opportunities. Graduates generate and implement comprehensive investment proposals in energy issues, sustainable use of resources and use of waste, considering the need to generate wealth, including aspects of social responsibility and public policy.
Competencies
- 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.
Entry profile
Tecnológico de Monterrey is looking for a new generation of students that have finished their high school studies and are talented, enthusiastic individuals, who are committed to the development of their environment and the wellbeing of society; people who have the potential to study an undergraduate program and become leaders with an entrepreneurial spirit, humanistic sense and competitive on an international stage.
Entry requirements: High school or equivalent.
The three stages of the model
Choose your path
Exploration
- You will open your competency file and add to it throughout your degree program.
- You will learn the foundations of the area of Engineering - Bioengineering and Chemical Processes.
- You will participate in fundamental and exploration challenges from the area of Engineering - Bioengineering and Chemical Processes, interacting with peers from different degree programs.
- 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
- You will acquire the core competencies of your degree, in other words, those that distinguish it.
- You will participate in more focused challenges to reinforce what you have learned and broaden your basic knowledge.
- You will have the elements to decide whether to deepen your knowledge or diversify and, subsequently, build your specialization plan.
- The Tec Weeks, challenges and overall university experiences will enrich your file.
Specialization
- You have decided between diversifying or focusing deeply in your major, which you will achieve by choosing a concentration or a stay, to name a few of your options. The TEC Semester is a flexible time to start.
- You will develop the competencies related to your specialization, increasingly connected to your passions, interests and plans.
- By passing a concentration, you will develop your competencies, and, on graduating, will be a candidate for obtaining a Diploma in that concentration, after meeting the established requirements.
How can you specialize?
Concentrations
Specialize in one of the different concentrations available at the campus of your choice, according to the profile you would like to develop.
Internships
Internships allow you to participate in the development of specific projects with companies, organizations, or research groups, in a context of total immersion related to a specialty field. They can be carried out locally, nationally or internationally.
International experiences
Experience life outside Mexico to broaden your horizons and delve into the topics of your interest.
Courses or blocks
Choose the education units that best adapt to your objectives, enabling you to specialize in your specific interests.
Concentrations
Disciplinary
Delve into your field of study
- Bioentrepreneurship and Circular Economy
- City Development
- Decarbonization and Clean Energies
- Open Innovation and Technology Transfer
- Operational Evolution for Industry
- Regenerative Design
- Sustainable Water Use
- Systems and Technologies 4.0
Transversal
Delve into other fields of study
- Conscious Business
- Data Analytics and Artificial Intelligence Tools
- Design, Innovation and Technological Entrepreneurship
- Entrepreneurial Families, Sustainability and Transcendence
- Entrepreneurship in Action
- Financial Vision for Decision-Making
- Government and Public Transformation
- Mexican Culture
- Quality of Life and Well-Being
- Social Innovation
*These concentrations are not the definitive offer and their availability varies by campus.
General education course
Area exploration course
Introductory block (CHALLENGE)
Area exploration block (CHALLENGE)
Exploration topic (CHALLENGE)
Track integrating block (CHALLENGE)
TEC Semester
Multidisciplinary professional elective (CHALLENGE)
Final integrating block (CHALLENGE)
| Séptimo Semestral |
| Professional Elective I |
| Professional Elective II |
| Professional Elective III |
| Professional Elective IV |
| Professional Elective V |
| Professional Elective VI |
| Octavo Semestral |
| Design of Corporate Sustainability Strategies |
| Design and Implementation of Energy Sustainability Models |
| Elective Multidisciplinary Professional |
| Download or check the area brochure |
Semester
fiber_manual_recordElective Course Mathematics and Science
fiber_manual_recordEngineering and Science Modeling
fiber_manual_recordMotion Modeling in Bioengineering and Chemical Process
fiber_manual_recordModeling Conservation Laws in Bioengineering and Chemical Processes
fiber_manual_recordMathematical Thinking I
fiber_manual_recordFoundation of the Structure and Transformation of Matter
fiber_manual_recordAnalysis of Properties and Transformation of Matter
fiber_manual_recordComputational Thinking for Engineering
fiber_manual_recordElective Course Humanities and Fine Arts
fiber_manual_recordPhysical Experimentation and Statistical Thinking
fiber_manual_recordThermodynamic Modeling in Bioengineering and Chemical Processes
fiber_manual_recordModeling of Electrical Systems in Bioengineering and Chemical Processes
fiber_manual_recordModeling of Electromagnetic Systems in Bioengineering and Chemical Processes
fiber_manual_recordIntermediate Mathematical Modeling
fiber_manual_recordChemical Experimentation and Statistical Thinking I
fiber_manual_recordAnalysis of the Transformation of Matter in Chemical Processes
fiber_manual_recordChemical Experimentation and Statistical Thinking II
fiber_manual_recordEvaluation of Natural Capital and Sustainability Principles
fiber_manual_recordElective Course Social and Behavioral Sciences
fiber_manual_recordApplication of the Principles of Conservation of Matter in Chemical and Biological Processes
fiber_manual_recordApplication of the Principles of Conservation of Energy to Chemical and Biological Processes
fiber_manual_recordEngineering Modeling Using Dynamic Systems
fiber_manual_recordStructural Analysis of Organic Molecules and their Properties
fiber_manual_recordImplementation of Resource Management Programs
fiber_manual_recordElective Course Leadership, Entrepreneurship and Innovation
fiber_manual_recordIntegration of Energy Processes
fiber_manual_recordSizing of Energy Processes
fiber_manual_recordThermodynamic Foundation of Energy Processes
fiber_manual_recordAnalysis and Design of Processes Based on Momentum Transfer
fiber_manual_recordAnalysis and Design of Processes Based on Heat Transfer
fiber_manual_recordElective Course Ethics and Citizenship
fiber_manual_recordEvaluation of Energy Processes
fiber_manual_recordEnergy Performance Evaluation of Industrial Processes
fiber_manual_recordApplication of the Principles of Energy Efficiency
fiber_manual_recordAnalysis of Processes and Circular Economy
fiber_manual_recordInnovation of Corporate Sustainability Models
fiber_manual_recordAdvanced Sizing and Monitoring of Energy Processes
fiber_manual_recordInnovation of the Processes in Your Value Chain
fiber_manual_recordImprovement of Productive Processes Applying Principles of Circular Economy
fiber_manual_recordProfessional Elective I
fiber_manual_recordProfessional Elective II
fiber_manual_recordProfessional Elective III
fiber_manual_recordProfessional Elective IV
fiber_manual_recordProfessional Elective V
fiber_manual_recordProfessional Elective VI
fiber_manual_recordDesign of Corporate Sustainability Strategies
fiber_manual_recordDesign and Implementation of Energy Sustainability Models
fiber_manual_recordElective Multidisciplinary Professional
fiber_manual_recordDownload or check the area brochure
fiber_manual_recordUnidades de formación del semestre de introducción
fiber_manual_recordOptativa de matemáticas y ciencias
fiber_manual_recordModelación de la ingeniería y ciencias
fiber_manual_recordModelación del movimiento en bioingeniería y procesos químicos
fiber_manual_recordAplicación de las leyes de conservación en ingeniería de procesos
fiber_manual_recordModelación matemática fundamental
fiber_manual_recordAnálisis de la estructura, propiedades y transformación de la materia
fiber_manual_recordPensamiento computacional para ingeniería
fiber_manual_recordOptativa de humanidades y bellas artes
fiber_manual_recordExperimentación física y pensamiento estadístico
fiber_manual_recordAplicación de la termodinámica en ingeniería de procesos
fiber_manual_recordAnálisis de sistemas eléctricos en ingeniería de procesos
fiber_manual_recordAnálisis de sistemas electromagnéticos en ingeniería de procesos
fiber_manual_recordModelación matemática intermedia
fiber_manual_recordExperimentación química y pensamiento estadístico fundamental
fiber_manual_recordAnálisis de la transformación de la materia en procesos químicos
fiber_manual_recordExperimentación química y pensamiento estadístico intermedio
fiber_manual_recordEvaluación del capital natural y principios de sustentabilidad
fiber_manual_recordOptativa de ciencias sociales y del comportamiento
fiber_manual_recordAplicación de la conservación de la materia en ingeniería de procesos
fiber_manual_recordAplicación de la conservación de la energía en ingeniería de procesos
fiber_manual_recordModelación en ingeniería mediante sistemas dinámicos
fiber_manual_recordAnálisis estructural de moléculas orgánicas y sus propiedades
fiber_manual_recordAnálisis de circuitos eléctricos
fiber_manual_recordTópico de exploración
fiber_manual_recordImplementación de programas de manejo de recursos
fiber_manual_recordOptativa de liderazgo, emprendimiento e innovación
fiber_manual_recordIntegración de procesos energéticos
fiber_manual_recordDimensionamiento de procesos energéticos
fiber_manual_recordAnálisis termodinámico de procesos energéticos
fiber_manual_recordDiseño de procesos para el transporte de fluidos
fiber_manual_recordDiseño de procesos de transferencia de calor
fiber_manual_recordOptativa de ética y ciudadanía
fiber_manual_recordEvaluación de procesos energéticos
fiber_manual_recordEvaluación del desempeño energético de procesos industriales
fiber_manual_recordAplicación de los principios de eficiencia energética
fiber_manual_recordAnálisis de procesos y economía circular
fiber_manual_recordInnovación de modelos de sustentabilidad corporativa
fiber_manual_recordDimensionamiento avanzado y monitoreo de procesos energéticos
fiber_manual_recordInnovación de los procesos en su cadena de valor
fiber_manual_recordMejora de procesos productivos aplicando principios de economía circular
fiber_manual_recordOptativa Profesional I
fiber_manual_recordOptativa Profesional II
fiber_manual_recordOptativa profesional III
fiber_manual_recordOptativa profesional IV
fiber_manual_recordOptativa profesional V
fiber_manual_recordOptativa profesional VI
fiber_manual_recordDiseño de estrategias de sustentabilidad corporativa
fiber_manual_recordDesarrollo de modelos de sustentabilidad energética
fiber_manual_recordOptativa profesional multidisciplinaria
fiber_manual_recordElective Course Mathematics and Science
fiber_manual_recordEngineering and Science Modeling
fiber_manual_recordModeling the Movement in Engineering
fiber_manual_recordModeling in Engineering with Conservation Laws
fiber_manual_recordMathematical Thinking I
fiber_manual_recordAnalysis of the Structure, Properties and Transformation of Matter
fiber_manual_recordComputational Thinking for Engineering
fiber_manual_recordElective Course Humanities and Fine Arts
fiber_manual_recordPhysical Experimentation and Statistical Thinking
fiber_manual_recordThermodynamic Modeling for Engineering
fiber_manual_recordModeling of Electrical Systems in Engineering
fiber_manual_recordModeling of Electromagnetic Systems in Engineering
fiber_manual_recordIntermediate Mathematical Modeling
fiber_manual_recordMatrix Modeling
fiber_manual_recordStatistic Analysis
fiber_manual_recordChemical Experimentation and Statistical Thinking I
fiber_manual_recordElective Course Social and Behavioral Sciences
fiber_manual_recordDesign and Analysis of Experiments in Engineering Innovation
fiber_manual_recordIntroduction to Data Science Projects
fiber_manual_recordStatic Balance Analysis
fiber_manual_recordProcess Modeling Using Linear Algebra
fiber_manual_recordEngineering Modeling Using Dynamic Systems
fiber_manual_recordAnalysis of Electrical circuits
fiber_manual_recordExploration Topic
fiber_manual_recordElective Course Leadership, Entrepreneurship and Innovation
fiber_manual_recordApplication of Electromagnetic Theory
fiber_manual_recordEvaluation of Electrical Circuits
fiber_manual_recordApplication of Electronic Devices
fiber_manual_recordAnalysis of Electrical Circuits of Alternating Current
fiber_manual_recordAnalysis of Logical Systems and Digital Circuits
fiber_manual_recordFoundation of Solid State and Optoelectronics Physics
fiber_manual_recordElective Course Ethics and Citizenship
fiber_manual_recordDesign Based on Microcontrollers and Computational Architecture
fiber_manual_recordDevelopment of digital systems
fiber_manual_recordEvaluation of Electronic Devices
fiber_manual_recordFoundation of Electronic Control Systems and Devices
fiber_manual_recordAnalysis of Signals and Systems
fiber_manual_recordDesign of Electronic Circuits
fiber_manual_recordConceptualization and Application of Digital Signal Processing Systems
fiber_manual_recordDesign of Communications Systems
fiber_manual_recordAnalysis of Energy Systems
fiber_manual_recordProfessional Elective I
fiber_manual_recordProfessional Elective II
fiber_manual_recordProfessional Elective III
fiber_manual_recordProfessional Elective IV
fiber_manual_recordProfessional Elective V
fiber_manual_recordProfessional Elective VI
fiber_manual_recordElective Multidisciplinary Professional
fiber_manual_recordDevelopment and Administration of Telecommunications and Energy Systems
Related programs
IAL - B.S. in Food Engineering
IAG - B.S. in Agricultural Biosystems Engineering
Focus
Specialization
Disciplinary course
Disciplinary block (CHALLENGE)
Integrating disciplinary block (CHALLENGE)