Major Electronic and Microelectronic Systems

OBJECTIVES

Modern fabrication techniques make it possible to construct, within a microscopic area, complete electronic systems combining sensors and intelligent processing. As a result, such systems contribute enormously to the added value of any new consumer product.
With a view to training versatile engineers in electronic systems development, this major provides thorough instruction in microelectronic fabrication techniques as well as in the design of powerful integrated and printed circuits and their use, including in such related areas as data processing, electromagnetic compatibility, and high frequencies.

EMPLOYMENT SECTORS

All sectors where integrated electronics is needed, including telecommunications, consumer electronics, and the automobile, aeronautics, space, and defense industries.

TYPICAL JOBS

Integrated circuit designer

Complex electronic systems designer

Participation in multidisciplinary projects involving signal processing, computer science, control engineering, etc.

This work is generally carried out in teams. With experience, one can move on to such positions as product manager, quality engineer, or project manager.

EXAMPLES OF INTERNSHIP AND PROJECTSASIC

development for aviation applications;
Design of fast analog-to-digital converters for video applications;
Study of automobile fuel tank sensors Construction of a graphic interface for the real-time simulation of a flight assistance system;

OPTION: Technology Management Information Systems

For the second year you can choose this option. It give you access to jobs such as project manager, sales engineer, technological marketing, etc.

RESEARCH FIELDS IN ELECTRONICS AND MICROELECTRONICS

Microsystems et micro technology:

Micro-instrumentation

Telecommunication systems: RF & optical MEMS

Bio-MEMS.

Electronic systems Integration:

Electronic systems for embedded applications

Methodology, architecture & chip design