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Ingeniería de Sistemas Energéticos
Ingeniería de Sistemas Energéticos

ENERGY SYSTEMS

ENGINEERING

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PROGRAM

DESCRIPTION

Energy Systems Engineering

The Energy Systems Engineering program trains professionals with the skills to design, implement, and operate sustainable energy systems. The program has areas of specialization in Renewable Energy and Energy Markets.
 
The program helps students to understand multiple aspects of energy systems in areas such as generation, transportation, distribution, commercialization, markets and regulation, as well as the demands of industrial and social contexts. The program aims to provide graduates with the skills to lead the ongoing energy transformation on both a national and global scale.
 
La The Energy Systems Engineering degree provides both a theoretical and methodological foundation in engineering, equipping students with essential skills in critical thinking, communication, problem-solving, and teamwork.

Información del programa.

  • SNIES Code: 109770
  • Tuition fees per semester: $ 18.515.000*
    Possibility of a scholarship worth 16,23% ($3.004.985)
    Tuition fees per semester with the scholarship: $ 15.510.016
  • 136 academic credits
  • Program name: Energy Systems Engineering
  • Type of education: University
  • Education level: Undergraduate
  • Program mode:  In-person attendance - full time
  • Qualification awarded: Energy Systems Engineer
  • Program location: Bogotá D.C.
  • Schedule: Full time. Full-time commitment
  • Periodicity of admission: Each semester
  • Resolution number with effective term: Resolution 21922 of November 24, 2020, effective for 7 years.
  • High-quality accreditation: New program
  • Duration: 8 semesters
  • Schedule: Daytime

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Ingeniería de Sistemas Energéticos?

CURRICULUM

Our curriculum provides comprehensive education with a solid foundation and high level of specialization in the field of Energy Systems Engineering. The heart of the projects brings students closer to implementing energy projects in real-world contexts.

Our courses are designed to ensure that students are continuously engaged with their discipline. We offer areas of specialization that are relevant to the energy transition: Renewable Energy and Energy Markets.

Students may pursue cross-institutional studies with the master's degrees offered by the ICT school. The Master's in Renewable Energy is of special interest to this program.

 Download curriculum
 

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OPCIONES

DE GRADO

Para graduarse, el estudiante puede elegir una de 4 rutas:

Estudio de un problema aplicado o de investigación

Creación de un modelo de negocio de una iniciativa de tipo empresarial o social. Esta ruta se hace en conjunto con el Centro de Emprendimiento de la Universidad del Rosario.

Exposición al mundo laboral a través de una práctica en una institución nacional o internacional.

Cursar y aprobar un conjunto de asignaturas ofrecidas por los programas de maestría de la Universidad del Rosario.

Profesores

Todos nuestros profesores de carrera tienen doctorado y hacen investigación de punta en temas de Ingeniería, Ciencia y Tecnología, así como proyectos aplicados en conjunto con aliados externos. Nuestros profesores de cátedra tienen amplia experiencia docente en educación en áreas STEM o trabajan en la industria donde realizan proyectos de transferencia de tecnología. Los profesores desarrollan proyectos en áreas como inteligencia artificial, energías renovables, robótica, visión por computador, ciberseguridad, computación de alto desempeño, analítica de datos, planeación energética, optimización de operaciones logísticas, modelamiento de fenómenos sociales, criptografía, entre otras.

Conoce nuestro equipo
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Student profile

Prospective

The Energy Systems Engineering program is aimed at individuals who are interested in developing projects to address major societal problems in various contexts through the lens of Energy Systems Engineering. It is also aimed at individuals who are inclined to use basic sciences to solve problems and who are interested in coming up with innovative solutions to real-world problems.

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Profile

Graduate

 

The graduate will be able to:

 

  • Create, design, and analyze energy systems in areas such as renewable energy, new energy sources, energy management, and the design and operation of energy systems that require the synergy of energy systems, computing, economics, sustainability, and environmental impact.
  • Use their Energy Systems Engineering knowledge to design systems that address social, industrial, and governmental problems
  • Develop socially and environmentally sustainable systems.

The Energy Systems Engineering graduate will be able to

 

  1. Create their own technology business in the field of energy systems..
  2. Take on operational and managerial roles in the engineering departments of companies from the energy sector and other related sectors.
  3. Work in regulatory and governmental entities in the energy sector.
  4. Participate in engineering projects in various fields.
  5. Serve as an advisor and/or consultant in procedures related to their field of expertise in projects and ventures.

 

NUESTROS
LABORATORIOS

Contamos con laboratorios de punta para la enseñanza y la investigación, y con espacios pensados para la experimentación y el desarrollo de proyectos.  

Proceso de

Admisión