Energy Technologies Engineering Program
In Engineering in Energy Technologies of Universidad Panamericana we train engineers who are experts in the design of energy technology with a broad knowledge in the saving and efficient use of energy sources that allows them to analyze, evaluate and solve energy problems, as well as to propose different recycling systems, water and solid waste treatment.
The engineer in energy technologies will be able to perform a venture in energy consulting, research and development of sustainable energy systems. The engineer will implement houses, buildings and smart cities with the highest technology in the service of sustainable growth, as well as the development and research of generation sources such as: Solar photovoltaic, thermal, Wind, Biomass.
The world urgently requires a new comprehensive approach to the use of energy resources that maximises their potential and reduces their negative impacts, which is why our programme is designed for people interested in technology, the environment and their positive impact on society.
ENTRY PROFILE
Are you interested in the development of renewable and sustainable energy projects? Then you may have the entry profile for the Energy Technology Engineering program at Universidad Panamericana.
- Manual-practical and exact science skills
- Development of sustainable projects through global energy diagnostics and specialized studies.
- Implementation of sustainable energy models for their rational and efficient use.
- Implementation of sustainable energy projects for the reduction and efficient use of resources.
- Implementation of energy projects based on renewable energies -such as solar or wind energy- through the timely analysis of the natural resources available in the environment and based on national and global regulations and policies.
GRADUATE PROFILE
A graduate in Energy Technology Engineering is capable of analyzing, evaluating and solving problems related to the efficient use of energy sources as well as generating and migrating production processes and products to more sustainable technologies and raw materials.
Our graduates from Universidad Panamericana stand out for a high human and professional sense in the application of technological solutions with a social approach and in favor of the environment and sustainability through:
- To manage specific energy projects, starting from the formulation of problems and technological analysis.
- Development and application of energy systems to generate solutions oriented to the use of waste and resources, the use of clean energy and low environmental impact, as well as environmental conservation.
- Design and execute specific projects for different industries in the areas of energy efficiency.
- Introduction to computing
- Differential Calculus
- Algebra
- Chemistry
- Introduction to engineering
- History of culture
- Integral Calculus
- Linear algebra
- Physics
- Computer programming
- Environmental analysis
- Alternative energies
- Person and society
- Vector Calculus
- Ethics
- Thermodynamics
- Electrical circuits
- Computer Aided Design
- Solar thermal energy
- Differential equations
- Digital Circuits I
- Probability and statistics
- Dogmatic Theology
- Mechanics
- Photovoltaic solar energy
- Electricity and magnetism
- Digital circuits II
- Moral Theology
- Electronics
- Biomass energy
- Wind energy
- Nuclear energy
- Microcontrollers
- Social ethics
- Artificial Intelligence I
- Water, soil and atmosphere treatment
- Wind turbines
- Energy storage
- Microprocessors
- Elements of mechatronics
- Special Ethics: The Virtues
- Biosustainability
- Energy Systems I
- Energy optimization and control
- Evaluation of energy projects
- Professional ethics
- Company management
- Design of energy systems
- Biosustainable Projects
- Energy Systems II
- Power electronics
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
