electronics

Electronics is present in all fields. The near-systematic digitization of information challenges traditional areas such as telephony and automation. The success of the internet, GSMs, and communication networks is growing and requires significant infrastructure that will only develop in the future. Technological breakthroughs in the manufacture of cells produced with standard silicon wafers are constantly improving. The efficiency level of these cells should ultimately allow for a genuine alternative to fossil fuels.

Furthermore, high-tech sectors such as aeronautics, automotive, robotics, modern medicine, and space are heavy consumers of electronic products.

This track aims to be a common melting pot without premature specialization, but leading to a gradual diversification towards any existing or future Master's track in electronics in the broadest sense.

This training, which falls under the field of Sciences and Technologies, relies on the one hand on fundamental subjects (mathematics, physics, chemistry, and computer science at 40%: 72/180 credits) and on the other hand on subjects intimately linked to electronics, namely: analog and digital electronics, servo systems, power electronics, signal processing, ... (87/180 credits, i.e., nearly 50%). In another register, the pedagogy in this training is resolutely oriented towards experience. To this end, a large part has been devoted to practical work sessions (25% of the total hourly volume): almost all specialty subjects are reinforced by practical work sessions. In parallel, students are trained in teamwork to foster autonomy, a sense of responsibility, and a spirit of initiative through training that includes a Professional Project and Business Management and an End-of-Cycle Project