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+1.500
Graduated students
Institution
University of Cundinamarca
Program Name
Electronic Engineering
Degree to be awarded
Electronics Engineer
Educational level
Undergraduate
Type of training
University Graduate
Methodology
In-person
Academic Credits
150
Estimated duration
9 semesters
Location of development
Fusagasugá Campus: SNIES 4086 – RC 05552 MEN 2016-03-29
High-Quality Accreditation Resolution 6420 from April 22, 2022
Learning path
Engineering
Semester 1
- Assessment and Placement Test for Logical and Quantitative Reasoning
- Linear algebra
- Discrete mathematics
- Engineering fundamentals
- Fundamentals of electronics
- Algorithmic thinking
- Systems thinking and automation
- Diagnostic and Leveling Communication and Critical Thinking
Engineering
Semester 2
- Logical and quantitative reasoning
- Differential calculus
- Statistics, probability and inference
- Mechanical physics
- Programming I
- Diagnostic and leveling for 21st-century citizenship
- Communication and Critical Reading I
- Diagnostic and leveling foreign language
Engineering
Semester 3
- Integral calculus
- Optics and wave physics
- Programming II
- 21st-century citizenship
- Communication and Critical Reading II
- Foreign Language I
Engineering
Semester 4
- Differential equations
- Multivariable calculus
- Physics: Electricity and Magnetism
- DC Circuits
- Digital Systems I
- Foreign Language II
Engineering
Semester 5
- Diagnostic and leveling science, technology, and innovation
- Systems analysis
- Signals and systems
- Electromagnetism
- AC circuits
- Analog Electronics I
- Digital Systems II
- Foreign Language III
Engineering
Semester 6
- Science, technology, and innovation I
- Advanced Control Systems I
- Instrumentation
- Advanced Communication Systems
- Analog Electronics II
- 21st Century Chair
- Entrepreneurship
- Foreign Language IV
Engineering
Semester 7
- Science, Technology, and Innovation II
- Advanced Intelligent Control II
- Power electronics
- Advanced Wireless Communication Networks
- Antennas and transmission lines
- Electrical machines
- Embedded systems
- Innovation
Engineering
Semester 8
- Science, Technology, and Innovation III
- Advanced Industrial Automation III
- Industrial electronics
- Information Security Specialization III
- Radio links
- Project formulation and evaluation
Engineering
Semester 9
- Graduation option
- Advanced Machine Learning and Artificial Intelligence IV
- Advanced Studies IV: Next-Generation Networks
- Data networks
- Intelligent systems
Specialization tracks
Specialization tracks allow you to tailor your education to specific areas of interest. Through specialized modules and course content, you can strengthen your skills, deepen your mastery of key topics in your discipline, and move forward with greater clarity in your academic and professional pursuits.
- Specialization Track: Design, Instrumentation, and Control.
Specialization: Specialization in Power Converter Control for Electric Mobility (Under construction).
- Specialization Track: Telematics and Telecommunications.
Specialization: Specialization in Network Infrastructure and Security.
Mission and Vision
Mission: To educate electronic engineers committed to the transformation and technological development of their social environment, through the application of knowledge in the areas of instrumentation, automation and control, telecommunications, and alternative energies, oriented to meet the needs of the region, with the ability to work in transdisciplinary teams and an entrepreneurial and innovative attitude that fosters the use of democratic values, civility, and freedom.
Vision: The Electronic Engineering program of the University of Cundinamarca will be recognized for its high quality in contributions to local, regional, and national development through the design, appropriation, use, and adaptation of technologies in the areas of instrumentation, automation and control, telecommunications, and alternative energies, acting as a transforming agent and generator of translocal knowledge with social, environmental, and human impact.
Professional Profile
The Electronic Engineer from the University of Cundinamarca is characterized by being a professional with a critical vision to provide solutions to translocal technological problems, transforming social reality through:
• Manage electronic systems for the automation and control of technological processes in the agro-industrial, manufacturing, and energy sectors.
• Provide technological solutions based on knowledge in the fields of instrumentation, automation and control, telecommunications, and alternative energies aimed at sustainable development from a translocal perspective.
• Develop science, technology, and innovation projects for the transformation of
environment through the modernization of production processes with an ethical, social, and environmental responsibility.
• Lead cross-disciplinary teams from the perspective of one's profession for the development of innovative value propositions.
Occupational Profile
Based on their level of training, an Electronic Engineer from the University of Cundinamarca will be able to work professionally in:
- Development of solutions in industrial environments through automation and technological process control.
- Elaboration of studies and participation in technological projects of a
- transdisciplinary.
- Research centers as a researcher in science, technology, and innovation projects.
- Consulting services to organizations in the agro-industrial, manufacturing, and energy sectors.
- Generation of innovative technology-based companies.
Training Purpose
The Electronic Engineering program has the following educational purposes:
- Train engineers with scientific and technological knowledge that allows them to adapt new technologies in the fields of instrumentation, automation and control, telecommunications, and alternative energies that reduce the digital divide.
- Manage Science, Technology, and Innovation projects related to the field of Engineering that allow the student to address needs in society through transdisciplinary work.
- Establish alliances with organizations to promote the transfer of technologies, technological services, and social outreach based on innovative value propositions.
- Fostering in students critical thinking, social awareness, environmental consciousness, and life-skills training.
Professional Teacher Profiles
Cesar Augusto Casas Diaz
Electronics Engineer. University of Cundinamarca
Historical Overview of the Program
| December 19 | December 30 | January 18 | February 27 |
| 1992 | 1992 | 1996 | 2009 |
| By means of Ordinance 045 of 1992, the University Technical Institute of Cundinamarca was created, with its main campus in Fusagasugá. | By Resolution 19530 of 1992, the National Ministry grants the Instituto Técnico Universitario de Cundinamarca recognition as the University of Cundinamarca. | The program was created by the Higher Council of the University of Cundinamarca through Agreement 003 and began academic activities at the Fusagasugá Headquarters. | Ministry of National Education grants the first Qualified Registry to the program through Resolution 986 of 2009. |
| March 29 | December 18 | May 24 | February 14 |
| 2016 | 2018 | 2019 | 2020 |
| Through Resolution 05552 of the Ministry of National Education (M.E.N.), the Qualified Registry of the Electronic Engineering program is renewed for a period of 7 years. | Approval of initial accreditation conditions before the National Accreditation Council – CNA. | Initiate the self-assessment process, factor weighting, and evidence gathering for accreditation purposes. | Strengthening of research through research projects with Minciencias. |
| August 19 | April 22 | (No specific date) | April 24 |
| 2021 | 2022 | 2023 | 2024 |
| Specialized laboratory update. | The Ministry of National Education, through Resolution 006420, grants High Quality Accreditation to the academic program Electronic Engineering. | The program's curriculum is redefined within the framework of the Transmodern Digital Educational Model, MEDIT, and updated to reflect international trends. | Awards are given to three professors for the impact of their research projects. |
Program Objectives
- To train comprehensive professionals in the field of Electronic Engineering to contribute to the development of the department and the nation, through the appropriation, use and adaptation of technologies in the field of telecommunications, control, alternative energies, among others.
- Formulate, manage and develop research projects related to the field of Engineering that contribute to solving problems of the department and the nation.
- Establish strategic alliances with organizations for the development of academic processes, research projects, technology transfer and technological services, among others.
Research Groups
The Electronic Engineering program has two research groups, GITEINCO and GIGATT, categorized as C by Colciencias, where research processes are developed within the program's research lines:
- Telematics and telecommunications.
- Design, instrumentation and control.
- Software, emerging systems and new technologies.
- Energy transformation: alternative energies.
Related Documents
Team
Contact
School of Engineering
Fusagasugá Branch
Block F – 1st Floor
(+57 1) 828 1483 Ext. 144
School of Engineering
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