Program Overview

Program Overview

The Bachelor's program in Electrical and Electronic Engineering offers a comprehensive education in the field, covering the basics of electronics, electromagnetism, circuits, and signal processing. In the final year, students can choose from three main orientations: micro and nanoelectronics, computer science, or energy.

Program Structure

• The first year focuses on acquiring the scientific basics.
• The second and third years offer general courses in electronics, electromagnetism, circuits, and signal processing.
• In the final year, students select two out of the three main orientations.

Master's Program

The Master's program in Electrical and Electronic Engineering allows students to delve deeper into a chosen theme, opting for a specific orientation. For example, the micro and nanoelectronics orientation includes circuit design, embedded systems, and real-time computing. This path offers advanced courses in signal and sound theory, image recognition, and optics.

Career Prospects

Graduates in Electrical and Electronic Engineering have extensive professional prospects in four interconnected fields of competence: information technologies, the Internet of Things, micro and nanoelectronics, and energy. They can work in research, propose innovative solutions to societal challenges, or apply their knowledge in various sectors such as transportation, biotechnology, or space research.

Alumni Testimonials

• Christian Bazungula, Bachelor and Master in Electrical and Electronic Engineering, appreciates the diversity of technical solutions and applications he encounters in his work.
• Gwenael Robic, also a Bachelor and Master in Electrical and Electronic Engineering, has always been fascinated by electrical and electronic systems and enjoys discovering and understanding these technologies.

Program Details

• The program is subject to change and is not legally binding; only official regulations and study plans are authoritative.
• For detailed information in English, please refer to the provided resources.

Research Areas

• The program covers a wide range of research areas, including but not limited to:
  • Micro and nanoelectronics
  • Computer science
  • Energy
  • Signal and sound theory
  • Image recognition
  • Optics

Educational Initiatives

• The program is part of broader educational initiatives that aim to provide students with a comprehensive education, preparing them for their future careers.

Note

• The information provided is based on the available data and is subject to change.
• For the most up-to-date and detailed information, it is recommended to consult the official resources and contact the relevant departments directly.