Carrera en Ingeniería en Energías
Carrera en Ingeniería en Energías

Undergraduate degree in Energy Engineering

Energy Engineering

Preserve the world and take care of it! Develop skills to understand how matter and energy work, in order to manage these resources in a sustainable and efficient way, under the regulations of the country.

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Degree Granted

Energy Engineer.

Duration
144 academic credits.
Tuition fee
$6.228.000*
Per semester
Schedule

(Full Time: from 7 a.m. to 10 p.m Night Time: from 6 p.m. to 10 p.m ) Terms and conditions.

Curriculum

First Semester 18 credit hours

  • Core Courses
  • Engineering Foundations 3 credit hours
  • Differential Calculus 4 credit hours
  • General Chemistry 4 credit hours
  • General Biology 4 credit hours
  • Cross-Disciplinary Courses
  • Mathematical Logic 3 credit hours

Second Semester 18 credit hours

  • Core Courses
  • Integral Calculus 3 credit hours
  • Linear Algebra 3 credit hours
  • Mechanical Physics 4 credit hours
  • Cross-Disciplinary Courses
  • Colombian Political Constitution and Sustainability 3 credit hours
  • Socio-humanistic and Culture I 2 credit hours
  • Descriptive Statistics 3 credit hours

Third Semester 18 credit hours

  • Core Courses
  • Multivariable Calculus 3 credit hours
  • Fluid Mechanics and Hydraulics 3 credit hours
  • Algorithms and Programming 3 credit hours
  • Cross-Disciplinary Courses
  • Foreign Language I 3 credit hours
  • Communication Skills 4 credit hours
  • Socio-humanistic and Culture II 2 credit hours

Fourth Semester 18 credit hours

  • Core Courses
  • Differential Equations 3 credit hours
  • Physics/ Electromagnetism 4 credit hours
  • Energy Efficiency 3 credit hours
  • Cross-Disciplinary Courses
  • Structured Thinking Skills 3 credit hours
  • Culture of Entrepreneurship I 2 credit hours
  • Foreign Language II 3 credit hours

Fifth Semester 18 credit hours

  • Core Courses
  • Probability and Inferential Statistics 3 credit hours
  • Energy Transformation Processes 6 credit hours
  • Heat and Wave in Physics 3 credit hours
  • Numerical Methods 3 credit hours
  • Cross-Disciplinary Courses
  • Foreign Language III 3 credit hours

Sixth Semester 18 credit hours

  • Core Courses
  • Special Mathematics 3 credit hours
  • Energy Modeling 6 credit hours
  • Thermal Process 3 credit hours
  • Cross-Disciplinary Courses
  • Foreign Language IV 3 credit hours
  • Culture of Entrepreneurship II 3 credit hours

Seventh Semester 18 credit hours

  • Core Courses
  • Project Management 3 credit hours
  • Cross-Disciplinary Courses
  • Culture of Entrepreneurship III 3 credit hours
  • Geopolitical Context 4 credit hours
  • Degree Requirements Courses
  • Research Seminar 2 credit hours
  • Elective Courses
  • Elective I 3 credit hours
  • Elective II 3 credit hours

Eighth Semester 18 credit hours

  • Core Courses
  • Energy Entrepreneurship 2 credit hours
  • Markets and Energy Regulation 4 credit hours
  • Degree Requirements Courses
  • Graduation Project 3 credit hours
  • Professional Internship 3 credit hours
  • Elective Courses
  • Elective III 3 credit hours
  • Elective IV 3 credit hours

*The tuition fee of the whole program depends on the number of academic credits enrolled by the student.

Academic credit fee is subject to annual increases determined by Universidad Ean and authorized by the Colombian Ministry of Education – MEN (by its initials in Spanish).

SNIES code (National Higher Education Information System): 103103,Res. nº. 2094 of theColombian Ministry of Education-- 02/19/14, effective until 02/19/21. City: Bogotá D.C., Cundinamarca, Colombia, South America.

Why should you study Energy Engineering?

Double Degree

You can homologate up to 80% of your undergraduate degree in any engineering and receive another degree as a Energy Engineer. Also, you will receive a 20% discount on each program.

What does an Energy Engineer do?

  • Identify and make rational and efficient use of conventional energy resources, as well as alternative and renewable sources.

  • Apply scientific and technological foundations related to the life cycle of energy products and resources.

  • Design energy systems, with a sustainable approach, towards the use of resources and energy generation, transmission, distribution, and commercialization.

  • Identify and develop project and business opportunities in the energy industry, considering their economic, social and environmental impact.

  • Develop sustainable business opportunities and lead projects that add economic, environmental and social value.

What are the working areas of an Energy Engineer?

  • Electrical energy generation, distribution or commercialization.

  • Design and construction of alternative power plants.

  • Thermal or electrical energy generation.

  • Management of hydroelectric, thermoelectric or alternative energy plants.

  • Design and consultancy in energy efficiency.

  • Entrepreneurship and intrapreneurship.

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Acreditaciones
Institucionales

Sello Apps.co
Acreditación ACEEU
Green Project Management (GPM)
Certificación Project Management Institute (PMI)
Certificación ISO 9001
Acreditación Institucional de Alta Calidad
EAN

Accredited in High-Quality

(Res. No. 29499) By the Colombian Ministry of Education.

12/29/17, effective until 12/28/21
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