The technical use of electrical energy – electrical engineering – tends to make it potential to transmit power and facts practically in real time.a signal electronics, electrical energy inside the form of information transfers and processed; inside the HTA-FR specializations may very well be chosen from the following two or electrical energy, transport of electrical energy energy inside the form of electric energy and uses.
The key details.Diploma: Bachelor of Science HES-SO in Electrical Engineering (180 ECTS credits)Specializations.Electronics Electrical energy.Education: full-time mode.Classroom language.Bilingual French / German majority French, possibly with some courses in German.Essential information.Downloads.Contact.Eric Fragnière Professeur ordinaire HES / Responsable de filière.Equal opportunity.The EIA-FR includes a policy of equal opportunities and grants for students with particular demands upon reasoned request measures to the detriment compensation. Even more: Transfer the HES-SO on accessible study
Hyperlinks.Two majors.The electrical engineering at the EIA-FR has two objectives:Power efficiency and sustainability; Distributed intelligence and digitization.These complementary objectives are structured by two specializations around:Electronics, transmits knowledge of electrical energy within the type of a signal and processed; Electrical energy, transport of electricity energy inside the type of electric power and uses.
Engineer / Electrical Engineering in?Electrical energy.Engineers in electrical energy.Create systems for the generation, transmission and distribution of electric energy; Plan, organize, handle and control interdisciplinary infrastructure projects for the generation, transmission and distribution of electrical energy; monitor, design and optimize the operation of power systems (electrical energy, heat, gas); Specify, style, and handle the commissioning of industrial drives, rail autos or their subsystems; Monitor the procedures for the production, installation and commissioning of electrical appliances; Monitor and optimize systems, make sure compliance with safety standards and environmental sustainability; Generating technical documentation for the operation from the devices.
electronics.Engineers in electronics.Creating systems for the production, transmission and distribution of electric energy arranging, directing, controlling and verify interdisciplinary infrastructure projects for the production, transmission and distribution of electric current plan, monitor literature review papers and optimize the operation of energy systems: electricity, water , solar, wind, thermal and gas power stations specifying, designing and managing the commissioning of industrial, automotive and railway drives https://literaturereviewwritingservice.com/ or their subsystems.
Why the EIA-FR?Specialization in electrical power.Major equipment and laboratories.The students possess a “mini-grid,” which corresponds to a scaled-down model for the generation and distribution of electrical energy with genuine elements.Infrastructure beneath higher voltage.A professional high-voltage laboratory, which is utilized for instruction https://openframework.stanford.edu/ and mandates of organizations and device producers, is a part of the infrastructure.In tune with all the globe of operate.The ultra-modern infrastructure is used for post-graduate research as well as for local, national and international agencies, therefore connecting the students with the specialist globe.Specialization in electronics.Manufacture of electronic boards.The electronics design center enables automated and experienced production of complex electronic prototypes and modest series. Students are actively involved inside the development of electronic circuit boards.Studying with the terms of your genuine sector.The abilities in high-voltage electronics plus the measuring instruments for the evaluation of electromagnetic interference from electronic circuits already in the design phase enable students to deal with the situations on the sector.Improvement of intelligent sensors.Students find out to design and style digital and analog integrated circuits for sensible sensors. The internet of Factors (IoT) is often a concentrate in the study system.Preparing for the market four.0.Students are trained inside the fields of automation and robotics which can be vital within the 4.0 sector. These subjects are explored in multidisciplinary project work.