Aims
The Department of Electronics has been created in 2012.It offers a multidisciplinary training that allows graduates to rapidly and efficiently adapt their knowledge to the demands of both national and international job market.
The Engineering of Electronic Communication Systems (GEC) offered by the Department of Electronics at ENET'Com aims to train engineers in the various fields of Electronics and Embedded Systems. Our program is highly flexible and both courses and labs are continuously updated to accommodate student’s needs, while offering the opportunity to study the newest and most important topics in depth. In all areas, we stress a hands-on approach, with theory strongly motivated by practical applications.
At the end of this training, the engineer student will be able to :
- Design intelligent and communicating embedded electronic systems starting from the choice of components to the design of SoCs (System on Chip) or electronic boards, integrating the development of dedicated hardware as well as the finalization of the adopted communication systems (hard and soft part),
- Respond efficiently to the continuously evolving national and international technological needs and requirements, particularly in the fields of transport, very low energy consumption (energy harvesting), intensive computing, security, as well as the new needs of the Internet of Things, artificial intelligence and data science.
The GEC training offers the advantage of providing the necessary tools for engineers to be easily integrated and participated effectively in industrial projects. In fact, in addition to theoretical and practical courses, our program includes in each semester a lot of individual works where students are asked to prepare different micro-projects.
Student involvement in the discipline increases during each year of the GEC program. Most of the core courses are taken in the first four common semesters (S1 to S4). During the last fifth semester (S5), the student chooses electives to define a curriculum to meet specific educational and career needs. Indeed, in order to cover a large spectrum of Electronics and Embedded Systems fields, each student has the possibility to choose one among three optional programs offered during the fifth semester.
Actually, each semester has an effective duration of 14 teaching weeks plus one week of evaluation. The GEC training at ENET'Com is performed as follows :
- The first two years, from S1 to S4, offer a multipurpose training program allowing the future engineer to acquire the minimum competence levels necessary for Embedded Electronic Systems engineering such as: advanced development studies, piloting services and projects, designing digital and analog circuits using high level languages, etc...
- The S5 semester (the third year) offers three optional trainings.
At S5, the engineering student will have to choose one among the three following optional training programs (according to his scores and choices):
Speciality 1 : Embedded Systems (ES)
Thanks to this training program, the future graduate will be well placed to occupy the position of an engineer in the fields of design and development of electronic and embedded systems, SoC architectures for real-time application development, embedded software and dedicated processor design, integrated embedded technologies for transportation design and diagnosis.
Speciality 2 : Connected Systems (CS)
At the end of this training program, the student will have the necessary skills to occupy the position of engineer in the field of communicating embedded electronic systems. He will particularly be able to integrate and handle technologies of connected systems, develop smart applications in the field of computing and networks, design applications in the most innovative sectors of the Human-Machine interaction and communication.
Speciality 3 : Intelligent Electronic Systems (SEI)
This training program allows the future graduate being well placed to occupy the position of engineer in the design and development of Intelligent and Embedded Electronic Systems, handle new technologies, such as IoT, AI, and Machine Learning. He will be able to design, validate and develop electronic circuits using high level languages, develop embedded software for diagnostics applications in the field of imaging, medical instrumentation and biomedicine.
- In the last semester (S6), students are asked to start a senior design project. A project proposal must be written and approved by the supervisor faculty member. Students are asked to return a final report at the end of the semester. A project presentation must be done at the end of the semester, as well.
Admission requirements
The engineering study programs at ENET'COM are intended mainly for students who have successfully passed the national entry exams to the engineering study cycles after two years of preparatory cycles in Mathematics and Physics (M-P), Physics and Chemistry (P-C), or Technology (T.
These engineering study programs are also intended, at the rate of 10% of its capacity, for the best students who have obtained a License university degree in Electronics-Electrotechnics-Automatic, Industrial Computing, Telecommunications or an equivalent diploma, and this following a specific national competition.
Study Plan
Download the study plan
