Embedded operating systems and interfacing (4 ECTS)
Embedded operating systems and interfacing
Embedded systems (7 ECTS)
Embedded systems labs
Embedded systems
Telecommunications 3 (4 ECTS)
Telecommunications and networks labs
Telecommunications and networks 3
Teaching units of the 2nd Quadrimester
Teaching units of the year
Professional integration activities (14 ECTS)
Work placements
Final dissertation (16 ECTS)
Project design
Final dissertation
Bachelor studies in electronics
Bachelor studies in electronics at the department of Sciences and Technologies of Haute École en Hainaut is spread over 3 years.
The training focuses on practical works and projects in order to encourage students' independence. Theory lessons are always put into practice during practicals.
The Bachelor training in applied electronics mainly develops the following topics:
Analogue electronics, digital electronics and power electronics, the three main fields in electronics allowing students to acquire basic knowledge of the profession;
Microcontrollers and programming in general, which have become inseparable from modern electronics, especially in embedded systems;
Telecommunications, representing many job openings for the Bachelor in electronics;
Home automation (domotics), automation and robotics: constantly changing fields which are important assets for the Bachelor in electronics.
To complete the training, the third year includes a 13-week work placement and a final year's work.
The Bachelor student in electronics acquires general and specific practical training combined with a strong theoretical knowledge. He or she is also able to get used to new situations and to follow continuing education in order to integrate a profession offering many job opportunities and for which scientific knowledge, technologies and techniques evolve continuously.
To be able to begin their professional life, students must adapt to real situations. This requires a scientific basis provided by general courses which are useful for the study of applied electronics' technologies: mathematics, electricity, general electronics, etc.
Having a broad understanding of practical settings is essential. This objective is achieved thanks to the important distribution of labs bringing the different sections together.
Student Mobility
Example of end-of-study work placements carried out abroad by Bachelor’s students in electronics:
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