Energy and Sustainable Development Engineering

Program Description

If you want to be part of the solution to today’s energy and environmental challenges, this program is for you. The Energy and Sustainable Development Engineering degree prepares students to design, implement, and optimize energy generation and energy-efficiency projects while promoting environmental sustainability. The program develops professionals capable of contributing to a future powered by clean, efficient, and sustainable energy. Program Length The program consists of 10 four-month academic terms (cuatrimestres). * After completing the first six terms, students earn the degree of Higher University Technician (TSU) in Turbo-Solar Energy. * After four additional terms, students earn the degree of Bachelor’s Degree in Energy and Sustainable Development Engineering.

Mission

To educate highly qualified professionals in renewable energy engineering with the knowledge and skills required to apply scientific and technological advances in the design, installation, and improvement of clean energy systems, contributing to the sustainable development and well-being of society.

Vision

To be recognized for graduating highly competent professionals in Energy and Sustainable Development Engineering who perform successfully in national and international professional environments and contribute to the advancement of society through sustainable energy solutions.

Professional Profile

Graduates are prepared to: * Design, improve, and install solar and wind energy systems. * Develop projects related to energy quality assessment and energy efficiency. * Conduct energy diagnostics and audits. * Promote the efficient use of energy resources. * Implement sustainable energy solutions in industrial, commercial, and residential sectors.
Consult Program Structure
Higher University Technician (TSU) in Turbo-Solar Energy

First Four-Month Term

English I

Human Development and Values

Mathematical Foundations

Physics

Energy and Sustainable Development

Computer-Aided Design (CAD)

Communication and Digital Skills

Second Four-Month Term

English II

Socio-Emotional Skills and Conflict Management

Differential Calculus

Probability and Statistics

Safety and Environment

Electrical Circuits

Energy Diagnostics

Third Four-Month Term

English III

Critical Thinking and Decision-Making

Integral Calculus

Selected Topics in Chemistry

Industrial Electrical Installations

Industrial Electronics

Integrative Project I

Fourth Four-Month Term

English IV

Professional Ethics

Multivariable Calculus

Selected Topics in Thermodynamics and Energy Transfer

Metrology

Energy Resource Analysis

Maintenance Management

Fifth Four-Month Term

English V

High-Performance Team Leadership

Differential Equations

Solar Energy

Electrical Machines

Electromechanical Systems

Integrative Project II

Sixth Four-Month Term

First Professional Internship in the Productive Sector

Upon successful completion, students earn the Higher University Technician (TSU)
Degree and Professional License in Turbo-Solar Energy.

First Four-Month Term

English VII

Biomass Engineering

Elective II

Elective III

Energy Regulations and Sustainability

Energy Storage

Hydrogen and Fuel Cells

Second Four-Month Term

English VII

Biomass Engineering

Elective II

Elective III

Energy Regulations and Sustainability

Energy Storage

Hydrogen and Fuel Cells

Third Four-Month Term

English VIII

Wind Energy Project Design

Elective IV

Energy Efficiency

Photovoltaic Project Design

Engineering Economics

Integrative Project III

Fourth Four-Month Term

Second Professional Internship in the Productive Sector

Upon successful completion, students earn the Bachelor’s Degree and Professional License in Energy and Sustainable Development Engineering.

Primary Contact

M.Ed. José Luis Peinado Martínez

Director of the Mechatronics and Energy & Sustainable Development Programs