ELECTRONIC
ENGINEERING
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PROGRAM
DESCRIPTION
Electronic Engineering
The Electronic Engineering program aims to train professionals who have the skills to design, create, and integrate electronic devices and systems, solving problems in industry and society.
Our areas of specialization and minors provide solutions to current technological challenges, adopting an interdisciplinary and sustainable approach. We offer areas of specialization such as Automation and Robotics, Cyber-physical systems, and Telecommunications.
We train engineers with advanced technical and scientific skills to actively contribute to the global technological transformation that is taking place within Industry 4.0.
- SNIES Code: 109730
- 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: Electronic Engineering
- Type of education: University
- Education level: Undergraduate
- Program mode: In-person attendance
- Qualification awarded: Electronic Engineer
- Program location: Bogotá D.C.
- Periodicity of admission: Biannual
- Resolution number with effective term: Resolution 19635 of October 20, 2020, effective for 7 years.
- High-quality accreditation: New program.
- Duration: 8 semesters
- Schedule: Daytime
¿WHY
STUDY
Electronic Engineering?
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You will begin carrying out engineering projects from the first semester.
From the first semester, you'll begin carrying out interdisciplinary engineering projects with real-world contexts. These projects will involve students from all programs within the School of Engineering, Science, and Technology.
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You will be able to specialize in current topics
You will be able to specialize in current topics that are relevant to Industry 4.0: Cyber-physical systems, Robotics and Automation, and Telecommunications. Furthermore, you can select a multidisciplinary minor that emphasizes professional development.
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All of our professors have Ph.D.s
All of our professors have Ph.D.s and conduct cutting-edge research in the fields of Engineering, Science, and Technology.
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You will have the opportunity to join research incubators
From the early semesters of the program, you will have the opportunity to join research incubators.
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You will have access to specialized laboratories
You will have access to specialized laboratories equipped with state-of-the-art technology for designing, creating, and operating electronic systems. Furthermore, you will have access to technological resources such as the high-performance computing center (HPC).
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You will be part of a University with more than 360 years of history
You will be part of a University with over 360 years of history, boasting high-quality accreditation and recognized as a leading institution in higher education and research, both nationally and internationally.
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Contamos con múltiples convenios
Contamos con múltiples convenios con instituciones internacionales y un currículo flexible que te permitirán tener experiencias de movilidad internacional.
CURRICULUM
Our curriculum provides comprehensive education, articulated through robust scientific training, thorough technical training, and a humanistic education with a strong social commitment.
Our courses are designed to ensure that students are continuously engaged with their discipline. We offer areas of specialization that are relevant to Industry 4.0: Cyber-physical systems, Robotics and Automation, and Telecommunications.
Students may pursue cross-institutional studies with the master's degrees offered by the ICT school.
DEGREE
TRACK OPTIONS
In order to graduate, the student may select one of 4 pathways:
PROFESSORS
All of our professors have Ph.D.s and conduct cutting-edge research in the fields of Engineering, Science, and Technology, as well as applied projects in collaboration with external partners. Our teaching professors either have extensive teaching experience in STEM education or work in the industry, undertaking technology transfer projects. They work on projects in areas such as artificial intelligence, renewable energy, robotics, computer vision, cyber security, high-performance computing, data analysis, energy planning, logistics optimization, modelling social phenomena, and cryptography, among others.
Meet our team
Prospective student
profile
The Electronic Engineering program is aimed at creative individuals who are interested in technology and are inclined to use basic sciences to come up with solutions to real-world problems. Additionally, the applicant must have the motivation to work in a team, and be determined and dedicated.
Graduate
profile
We train professionals who are able to use their knowledge of Electronic Engineering and science to design sustainable systems that address social, industrial, and governmental problems. Our graduates are able to create and analyze electronic systems in areas such as telecommunications, robotics, automation, and cyber-physical systems. Furthermore, they have the skills to be a part of multidisciplinary teams that work in research, consulting, technology management, and commercialization.
An Electronic Engineering graduate will be able to:
- Create their own technology business
- Take on operational and managerial roles in the engineering departments of companies
- Participate in engineering projects in various fields
- Serve as an advisor and/or consultant in procedures related to their field of expertise in projects and ventures
OUR
LABORATORIES
We have state-of-the-art laboratories for teaching and research, as well as spaces designed for experimentation and project development.
Proceso de
Admisión
LO QUE DEBES SABER
CONOCE LOS REQUISITOS PARA COMENZAR A HACER DE TUS PASIONES UN SUEÑO HECHO REALIDAD.
