Electronic and Communications Engineering
Academic degree
Duration
Credits
Where can you start?
Our graduates occupy important positions in the technology departments of the main companies and local and international institutions, just as they act as entrepreneurs developing products or services in those areas. Some of the industries in which you can work are the following: telecommunications, process and manufacturing industries, automation companies, data networks, among others.
What can you work on?
- Evaluate, analyze and design mobile communication systems, networks and wireless links, etc.
- Integrate diverse systems including IoT, Domotic and Inmotic, through wireless or wired communications technologies.
- Use simulation tools and systems analysis to anticipate problems and deduce effective solutions.
- Design electronic circuits and programs for the filtering, amplification, processing and analysis of audio signals, data, images, both digital and analogue.
- Design and implement automata and intelligent systems, for the control of robots, industrial systems, power systems, etc.
- Develop systems interfaces with the user.
- Plan and successfully manage technological projects.
- Perform as a member or leader in multidisciplinary teams and companies in the technology area.
Professional development area
- Telecommunications Systems and Data Networks.
- Artificial Intelligence and Machine Learning.
- IoT (Internet of Things)
- Electronic design.
- Robotics and automation
- Computational Networks
- Design of control systems.
- Domotic and Inmotic.
- Processing of Audio, Images and Signals.
- Measurements and Sensors.
- Programation advance.
- Electromagnetism.
- Sound engineering.
Where can you start?
As a graduate of this career you can work in any company that uses electricity as a central focus of their functions, just as you can be an entrepreneur developing products or services in those areas. We can take as an example the companies specialized in: energy efficiency, in renewable energies, in air conditioning, residential and industrial electrical installations, in communication, generators and / or electricity distributors, energy consultants and administrators, among others.
What will you be able to do?
work?
- Design and / or construction of manual or automated mechanical systems that intervene in industrial activities, services, conventional and non-conventional, agricultural and environmental energy production.
- Organizes and controls integrated systems for people and machines.
- Operation and maintenance of industrial equipment and machinery, as well as analysis, evaluation and development of projects in the manufacturing and services industry.
- Preparation of specifications for mechanical systems.
- Plan, execute and direct maintenance programs for the conservation of equipment and systems in optimized operational conditions.
- Improvement of production systems using mechanisms, devices that lead to cost reduction through the application of automated control systems.
- Supervision and management of industrial production plants.
- Supervision of the construction process of mechanical facilities so that they are executed according to the specifications, codes, norms established.
- Research and management of adequate technology for its application in the different industrial, commercial and agricultural processes.
- Work as consulting engineer in his specialty.
Our concentrations
We are conducting the admissions process in person at ADMISSIONS (Ercilia Pepín Building, Gate 5) during the following hours:
Monday to Friday: 8:00 am - 8:00 pm
Saturdays: 8:00 am - 1:00 pm
workload
Ing. Deyslen Mariano Hernández,Ms.
What will you learn by studying Electronic and Communications Engineering?
What will you learn by studying Electronic and Communications Engineering?
· You will learn the design and development of electronic systems, data networks, and communications technologies, both wireless and wired.
· You'll learn how to integrate smart devices, sensors, and digital platforms to create innovative solutions in areas such as automation, robotics, signal processing, and artificial intelligence.
· You'll delve deeper into simulation tools, advanced programming, and circuit design, with a practical approach geared toward solving real-world problems.
· You'll strengthen your ability to lead technology projects, work in multidisciplinary teams, and be an entrepreneur in a highly dynamic and competitive environment.