Explore the programs and courses offered by Electronics (Doctorate)
Browse Programs Admission InformationResearch in the field of microelectronics focuses on innovative and functional materials, as well as the characterization of components and systems in the electronics field. Generally speaking, the approach developed is based on a general approach, which involves "understanding physical phenomena and modeling them in order to design systems."
The research conducted in our laboratories is based on more fundamental research conducted by researchers.
This doctoral program in the electronics field complements the master's program in microelectronics and instrumentation offered at the Faculty of Science and Technology.
The objectives of this doctoral program include:
To provide students holding master's degrees in microelectronics and instrumentation, in particular, or any other related master's degree, with doctoral (D)-level training, thus complementing their LMD curriculum.
To train high-level teacher-researchers in the field of micro- and nanoelectronics and instrumentation. Develop innovative and modern research areas in this field while remaining highly competitive on an international scale.
Knowledge Building Training Program:
Specialty reinforcement courses related to doctoral training
(30 hours divided into 2 courses)
Research methodology courses
(15-hour course. 15-hour course.)
Introductory courses in didactics and pedagogy
(15-hour course)
ICT courses
(9-hour course + TP. 15-hour course. 9-hour course + TP.)
Foreign language skills reinforcement courses
(15-hour course)
Seminars
(20-hour seminars)
Important: The courses offered fall within the teaching load of research professors. The teaching load for knowledge building courses is set at two (02) hours per week. These courses can be organized by specialty or grouped by program. Courses in ICT, research methodology, and pedagogy can be shared between programs. A doctoral student's logbook is mandatory for the validation of prior learning and for monitoring the doctoral student. It will be entered into the PROGRES digital platform.
This doctoral training in the electronics sector complements the master's course in microelectronics and instrumentation provided at the Faculty of Science and Technology. Among the objectives assigned to this doctoral training: To provide students holding master's degrees in microelectronics and instrumentation in particular or any other similar master's degree, with doctoral level training (D) thus complementing their LMD course. Training of high-level teacher-researchers in the field of micro and nanoelectronics and instrumentation. Developing innovative and modern research areas in this field while being very competitive on an international scale.
Masters giving the right to participate in the entrance exam: All masters specialties in the same sector (before and after harmonization).
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