![[Translate to English:] Zwei angehende Elektroingenieure arbeiten an einem Roboter.](/fileadmin/_processed_/8/1/csm_key_visuals_elektrotechnik_2560x800px_1_02ad5c1987.jpg)
Bachelor Electrical and Computer Engineering
Throughout your degree program in Electrical and Computer Engineering, you will learn how to deal with materials, energy, and information. Students develop devices and algorithms, always at the interface between analog and digital, hardware and software, at the limits of what is mathematically and scientifically possible.
Program at a Glance
Degree
Bachelor of Science in Electrical Engineering
Program Start
Each September during week 38
Duration of Studies
6 semesters full-time
8-9 semesters PiBS/part-time
Tuition
CHF 1,000 per semester
Campus
Rapperswil-Jona campus
Registration Deadline
April 30 of the current year. Applications are still accepted as long as study places are available.
Good to Know
Since the courses are taught in German, we kindly refer you to the German pages for more detailed information.
Advantages of a Bachelor in Electrical and Computer Engineering an der OST
- Practice-Oriented – Built on a Strong Theoretical Foundation: We consider theory to be an essential basis for successful practical projects, which is why it plays a key role in our curriculum.
- Driving Innovation: Technological progress is often driven by innovations in electrical engineering. You will learn how to design entirely new systems from the ground up – equipping you to help shape future developments as an electrical engineer.
- A Crucial Interface: Electrical engineering connects mechanical engineering and computer science. It serves as the link between matter, energy, and information – for example, in robotics. We foster this interdisciplinary approach from day one of your studies.
- Challenging Studies – With Outstanding Support: As a student, you benefit from excellent support and close contact with our teaching staff, who are always available to answer your questions.
- Wide Range of Career Opportunities: Electrical engineering plays a role in nearly every aspect of daily life. Our graduates are sought-after experts in a variety of fields such as robotics, medical technology, artificial intelligence, and energy supply. This diversity is reflected in the wide range of elective modules we offer.
Program Contents
Electrical engineers work in a wide range of fields. We reflect this diversity through a broad selection of modules, which you are free to combine. Depending on your prior education (e.g. electronics technician, automation technician, computer scientist, electrician) or your personal interests and strengths, our five specializations serve as a guide. Each one outlines the topics you will focus on during your studies.
Artificial Intelligence
![[Translate to English:] Für ihre Bachelorarbeit haben zwei Studierende der Elektrotechnik an der OST ein autonomes Boot entwickelt, das seine Route selbst findet und Hindernissen ausweicht.](/fileadmin/_processed_/e/8/csm_autonomes_boot_89cb14d6c9.jpg)
Artificial Intelligence (AI) is becoming an integral part of our everyday lives and the industrial world. You will not only learn how to apply and implement new AI systems, but also how to design them from the ground up. After all, the foundations of deep learning and machine learning are also the foundations of electrical engineering: strong skills in mathematics, physics, and digital signal processing.
Automation, Control and Robotics
![[Translate to English:] Die Studierenden aus dem Studiengang Elektrotechnik entwickeln mit fundiertem Wissen in Regelungstechnik, Sensorik und Aktorik intelligente Systeme wie Drohnen.](/fileadmin/_processed_/c/f/csm_drohne_markus_1aea4c02d1.jpg)
Learn advanced methods for controlling and automating complex systems as well as developing intelligent robotics solutions. With solid knowledge in control engineering, sensor systems, and actuators, you will become an expert in cutting-edge, networked production environments.
Electronics, Sensors and Wireless
![[Translate to English:] Während ihres ECE-Studiums an der OST entwickeln angehende Elektroingenieurinnen und Elektroingenieure ein tiefes Verständnis für Schaltungstechnik, Signalverarbeitung und Netzwerke.](/fileadmin/_processed_/e/1/csm_foto_ba-ausstellung_c0feaac6c1.jpg)
Gain in-depth knowledge in the development and integration of electronic systems, as well as in state-of-the-art sensor technology and wireless communication. With a thorough understanding of circuit design, signal processing, and networks, you will become a sought-after specialist for innovative, connected solutions.
Embedded Hard- and Software
![[Translate to English:] Die Industrie und neue AI-Technologien erfordern umfassende Kenntnisse im Bereich Embedded Hard- und Software. Elektrotechnik-Studierende setzen diese in Praxisprojekten beispielsweise beim Bau von Robotern um.](/fileadmin/_processed_/c/8/csm_studienschwerpunkt_embsys_4d6a527ce1.jpg)
From household appliances and medical devices to industrial control systems, today’s industries, including AI-driven technologies, demand extensive expertise in embedded hardware and software. You will learn to develop compact, energy-efficient hardware and tailor-made embedded software optimized to meet specific needs.
Energy and Power
![[Translate to English:] Im Profil Energy and Power lernen Studierende aus dem Studiengang Electrical and Computer Engineering die Elektrotechnik kennen, die für ein smartes Stromnetz erforderlich ist.](/fileadmin/_processed_/c/e/csm_studienschwerpunkt_energiesysteme_e92f2a55ff.jpg)
Switzerland’s energy supply is under pressure. Innovative solutions are needed to increase efficiency and stabilize the power grid. The ECE program focuses on Smart Grids: intelligent power networks that integrate digital communication and automation to manage the electricity grid more efficiently.
Contact Program Director
Prof. Dr. Markus Kottmann
Studiengang BSc Electrical and Computer Engineering Studiengangsleiter, Professor for Control Systems
+41 58 257 45 59 markus.kottmann@ost.ch
