The Electronic and Communications Engineer has the competences to develop, adapt and integrate different technologies for the creation of novel solutions and the design of new products. He is a professional trained to apply current and future technologies in telecommunications projects, data networks, automation, artificial intelligence, robotics, audio and image processing, electronic designs, among others. The Electronics and Communications Engineering graduate is characterized by having a high sense of ethics and the necessary skills to be a leader and entrepreneur, reaching high-level positions in companies.

Electronic and Communications Engineering has been behind the advances that allowed the development of the most relevant technological changes of recent times. Including: Cellular communications, TV, Radio, GPS systems, development of medical and diagnostic equipment, intelligent implants, smart homes and vehicles, robotics, efficient production, compression of audio and images, measurements and prediction of natural phenomena, recording systems and audio amplification, electronic musical instruments, electronic music, etc.

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.

• 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.