Energy and Smart Systems Engineering
The Energy and Smart Systems Engineering program trains engineers to design and optimize sustainable energy solutions, combining renewable sources such as solar, wind, and biomass with a solid foundation in civil infrastructure.
A key differentiator is the use of smart systems—including automation, control, embedded systems, the Internet of Things (IoT), and artificial intelligence—applied to the monitoring and management of energy projects.
In addition, courses in structural engineering, hydraulics, and construction enable graduates to apply their knowledge to the civil engineering projects that the energy sector requires on a daily basis.
Key differentiators:
Corporate Partnerships
With leading companies such as Siemens, Veolia, Cooper Standard, Mercedes-Benz, Semtech, Iberdrola, and Enel, for internships, projects, and career opportunities.
Highly qualified faculty
Ph.D. holders and researchers specializing in energy and electronics.
Practical School
Regular visits to companies, professional services, and real-world projects as part of the training program.
Focus on Simulation and Specialization
Courses designed to equip graduates with digital tools that meet the demands of today’s energy industry.
ENTRY PROFILE
- If you're interested in how energy works, want to learn how to create sustainable solutions, and are drawn to technology, this degree program is for you.
You'll need a passion for math, physics, and computer science, as well as a curiosity about innovation and environmental stewardship. We also value creativity, the ability to work in a team, and the initiative to solve real-world problems. - We are looking for students who are curious about sustainability, eager to learn through hands-on experience, and enjoy working as part of a team. Ideally, you should demonstrate initiative, creativity, and a responsible attitude toward the challenges of today’s world, particularly when it comes to energy issues and practical solutions.
GRADUATE PROFILE
Upon completing the program, you will be an engineer capable of designing, improving, and implementing sustainable energy systems in various fields:
- You will work with renewable energy sources such as solar, wind, hydroelectric, and biomass.
- You will learn how to integrate smart systems (automation, IoT, artificial intelligence, and control) to improve energy efficiency.
- You will be able to apply your knowledge to civil engineering and the construction of energy projects, such as solar power plants or smart grids.
- You will use simulation and digital modeling tools to drive innovation in the design and operation of projects.
- You will receive a well-rounded education that emphasizes leadership, ethics, and social responsibility, enabling you to make decisions that have a positive impact on society.
Labor field
As a graduate, you will be able to work in:
- National and international energy generation and distribution companies (including Iberdrola, Enel, Siemens, and Veolia, among others).
- Construction and infrastructure companies that develop energy projects.
- Consulting services in energy efficiency and sustainability.
- Technology industries that use automation systems and artificial intelligence.
- Government agencies and research centers that promote the energy transition and environmental protection.
In addition, you’ll have the foundation you need to launch your own projects and provide innovative solutions to the energy challenges of the future.
- Programming
- Chemistry
- Introduction to Energy Engineering and Smart Systems
- Algebra
- Differential Calculus
- Physics
- Western Thought Roots
- Leadership and Effective Communication
- Measurement and Instrumentation
- Linear Algebra
- Integral Calculus
- Statics
- Philosophical Anthropology
- Engineering Drawing
- Electricity and Magnetism
- Thermodynamics
- Differential Equations
- Calculus of Several Variables
- Dynamics
- Ethics
- Electric Circuits I
- Wind Energy
- Solar Thermal Energy
- Applied Thermodynamics
- Advanced Mathematics
- Probability and Statistics
- Introduction to Christianity
- Elective I
- Digital Circuits I
- Photovoltaic Solar Energy
- Biofuels and Alternative Fuels
- Fundamentals of Hydraulics
- Theological Anthropology
- Elective II
- Fundamentals of BIM
- Dynamics of Physical Systems
- Embedded Systems
- Energy Storage
- Environmental Engineering
- Social and Political Philosophy
- Elective III
- BIM Model Creation
- Control Systems
- Integration of Monitoring and Control Systems
- Terminal I Project
- Ventilation and Air Conditioning Systems
- Selected Topics in Contemporary Culture
- Elective IV
- Electronics in Power
- Smart Electrical Systems
- Management and Feasibility of Energy Projects
- Electricity Markets
- Terminal II Project
- Professional Ethics
In order to offer our students a global vision for the generation of ideas, we have agreements with more than 100 universities around the world for semester exchanges.
"I thank my career for supporting technological research, as I acquired knowledge in the area of renewable energies and developed novel prototypes, such as a solar tracker in an IoT architecture for photovoltaic systems that registered a 29.9% increase in the efficiency of these systems."
Jerónimo Álvarez, Engineering in Energy Technologies, class of 2019.
Admissions
