Energy Engineering Career


The Energy Engineering is also known as energy engineering, characterized by the study of different energy sources and their impact on the environment and energy efficiency.

Energy Engineering focuses on the search for new energy sources through the development of processes and new technologies.

Different sources of energy:

- Nuclear
- From oil
- Natural gas
- Carbon
- Solar
- Hydraulics
- Wind
- Geothermal

What is energy engineering?

Energy Engineering seeks to train professionals with solid knowledge to manage traditional and non-conventional energy production projects, with capacity to cover the needs and urgencies of the industry. Energy engineering allows the development of non-conventional and traditional energy generation projects.

What is the Engineering in Energy course?

The Energy Engineering career has a strong base in economics, environment, mathematics, physics and chemistry and pursues the goal of developing more efficient and sustainable sources of energy for the planet.

The intermediate degree is obtained from an Analyst in Energy and the final title of Engineer in Energy, the degree lasts approximately 5 and a half years and is completed in person.

Fields of action of Energy Engineering:

- Scientific investigation.
- Development of energy technologies.
- Transformation, chemical, manufacturing and multiple processes industry.
- Public services related to energies.
- Consulting and audit.
- Environment.
- Management, planning and management of energy operations in nuclear, thermoelectric, geothermal, photovoltaic, wind power plants, etc.
- Teaching
- Fuels

Objectives of the Energy Engineering career

- To train professionals capable of contributing to sustainable development through the promotion of the rational use of energy.
- To train professionals capable of providing extension services and cooperation with the community.
- To train professionals capable of developing, designing and transferring technology with industries or organizations.
- Participate in the development, design and implementation of active policies in the field of rational use of energy and the use of resources.

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