Current courses
Nonimaging optics for solar concentrators
Master degree, in Spanish (UAEMéx 2025)
Provide students with a comprehensive understanding of the fundamental principles of nonimaging optics and their application in designing and optimizing high-efficiency solar concentrators for CSP and SHIP applications.
Undergraduate, in Spanish (UAEMéx 2017-today)
Evaluate the basic fundamentals of the design or selection of equipment for the use of concentrated solar radiation in applications with temperatures above 100 °C. To propose options for the supply of thermal energy in various industrial processes.
Undergraduate, in Spanish (UAEMéx 2020-today)
Design equipment (heat exchangers, steam generators, etc.) and proposals for solutions related to the transfer of thermal energy for any type of industrial process,
Science, technology and society
Undergraduate, in Spanish (UAEMéx 2025)
Analyse the relationship between scientific thought and technological development; from a philosophical, historical and social approach, for the critical understanding of processes and decision-making in engineering.
Past courses
Trigeneration and advanced cycles
Undergraduate, in Spanish (UAEMéx 2019-2024)
Analyse and design systems for the simultaneous generation of mechanical power, thermal power and cooling, in an efficient and sustainable manner. Design advanced cycles and their optimal combination, based on energy and exergy analysis.
Undergraduate, in Spanish (UAEMéx 2024)
Analyse the laws of thermodynamics through the solution of physical problems, and using specialised software to understand the interaction of energy in its different forms.
Undergraduate, in Spanish (UAEMéx 2024)
Compare power and cooling systems by analyzing cycles based on energy and exergy balances of processes for simultaneous generation and efficient use of energy sources.
Undergraduate, in Spanish (UAEMéx 2018-2020)
Use the constitutive equations for the stress of solid, fluid, viscoelastic and plastic continuous media to solve engineering problems. Use the knowledge of the main models to solve different types of models used to work out how to deal with them.
Undergraduate, in Spanish (UAEMéx 2019)
Calculate the characteristics of systems involving turbomachinery using knowledge of compressible flow, energy balance, and driving forces to determine the operating parameters of turbomachinery.