Solutions are built on foundations
Career field
Thanks to the integral education you will receive in Engineering Physics degree, on graduating you will be able to work successfully in diverse areas:
- Research centers in the areas of photonics, alternative energy sources and quantum technologies.
- Area of innovation and development in technology-based companies.
- Area of technological development , providing solutions to complex problems.
- Specialized consulting firms interested in the profile of a B.S. in Engineering Physics Graduate.
Is this right for you?
If you are passionate about research and physical sciences and constantly looking for answers to diverse natural phenomena, and also have an inquisitive spirit, B.S. in Engineering Physics is the perfect degree for you.
The B.S. in Engineering Physics program aims to train professionals with solid foundations in physics and mathematics, computational tools and research skills, and with knowledge in innovative engineering topics that allows them to develop solutions in various fields of science and engineering. Its graduates work successfully in companies in the productive sector where the efficient use of energy is a priority. Additionally, with their leadership, initiative and entrepreneurial capacity they contribute to projects in the renewable energy area. Due to their preparation, they carry out research activities, as well as postgraduate studies in science or engineering areas, or carry out research in universities and/or centers of high international prestige.
Competencies
- Solve complex problems related to physical phenomena using innovative procedures.
- Build mathematical and computational models of physical systems, using the principles of fundamental science and technological resources.
- Characterize physical phenomena of fundamental and applied science by conducting experiments or making prototypes.
- Identify physical phenomena that will potentially generate opportunities for scientific and technological innovation.
- Communicate scientific and technological information in the area of physics and engineering physics to a diversity of audiences.
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 - Applied Sciences.
- You will participate in fundamental and exploration challenges from the area of Engineering - Applied Sciences, 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
- Entrepreneurial Families, Sustainability and Transcendence
- Financial Vision for Decision-Making
- Artificial Intelligence and Data Science
- Nanodevice Development
- Clean Energy and Decarbonization
- Open Innovation and Technology Transfer
- Aeronautics Engineering
- Automotive Engineering
- Advanced Materials
- Cyber-Physical Systems
- Operational Evolution for Industry 5.0
- Systems and Technologies 4.0
- Photonics and Quantum Technologies
- Data Science in Healthcare
- Public Health and Epidemiology
Transversal
Delve into other fields of study
- Data Analytics and Artificial Intelligence Tools
- Quality of Life and Well-Being
- Mexican Culture
- Economics and Sustainable Development
- Entrepreneurship in Action
- Government and Public Transformation
- Social Innovation
- Design, Innovation and Technological Entrepreneurship
- Conscious Business
*These concentraciones are not the definitive offer and their availability varies by campus.
General education course
Area exploration courses
Introductory block (CHALLENGE)
Area exploration block (CHALLENGE)
Exploration topic (CHALLENGE)
Track integrating block (CHALLENGE)
Disciplinary course
Disciplinary block (CHALLENGE)
Integrating disciplinary block (CHALLENGE)
TEC Semester
Multidisciplinary professional elective (CHALLENGE)
Final integrating block (CHALLENGE)
| Sexto Semestral |
| Experimental Characterization of Optical Systems |
| Experimental Characterization of Materials |
| Experimental Characterization by Electronic Instrumentation |
| Séptimo Semestral |
| Professional Elective I |
| Professional Elective II |
| Professional Elective III |
| Professional Elective IV |
| Professional Elective V |
| Professional Elective VI |
| Octavo Semestral |
| Physical Engineering Integration |
| Elective Multidisciplinary Professional |
Semester
fiber_manual_recordElective Course Mathematics and Science
fiber_manual_recordEngineering and Science Modeling
fiber_manual_recordModeling Movement in Science
fiber_manual_recordModeling in Science 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 Sciences
fiber_manual_recordAnalysis of Electrical Systems in Sciences
fiber_manual_recordModeling of Electromagnetic Systems in Sciences
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_recordAnalysis of mathematical methods for physics
fiber_manual_recordModeling with Differential Equations
fiber_manual_recordStatistical Modeling for Decision Making
fiber_manual_recordSystems Modeling with Differential Equations
fiber_manual_recordFundamentals of Linear Algebra
fiber_manual_recordExploration Topic
fiber_manual_recordElective Course Leadership, Entrepreneurship and Innovation
fiber_manual_recordAnalysis of Classical Mechanics
fiber_manual_recordNumerical Modeling of Deterministic Physical Systems
fiber_manual_recordApplication of Alternative Sources Of Energy
fiber_manual_recordFundamentals of Electrodynamics
fiber_manual_recordElective Course Ethics and Citizenship
fiber_manual_recordAnalysis of Optical Phenomena
fiber_manual_recordNumerical Modeling of Stochastic and Nature-Based Systems
fiber_manual_recordAnalysis of Thermodynamic and Statistical Systems
fiber_manual_recordAnalysis of Quantum Systems
fiber_manual_recordExperimental Characterization of Optical Systems
fiber_manual_recordExperimental Characterization of Materials
fiber_manual_recordExperimental Characterization by Electronic Instrumentation
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_recordPhysical Engineering Integration
fiber_manual_recordElective Multidisciplinary Professional
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