Electrical Systems Engineering (International Profile)

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Electrical Systems Engineering – a Key Technology

The Bachelor of Electrical Systems Engineering degree is the basis of future key technologies, such as artificial intelligence, autonomous driving and Industry 4.0. An electronic control unit is working in practically every device of everyday life – also in communications technology and transport. Electronics includes sensors, transmission technology, power electronics, and regulation and control functions.

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“The ELB-(ESE) degree was very practice-oriented, due to the many laboratory-based units such as Power Supply and Power Electronics 2, in which theoretical knowledge was further strengthened. Not that the theoretical part was neglected. Besides the main focus on power electronics and IT, there were also the interdisciplinary subjects like EMC, Control Engineering and Principles of Network Engineering. These give you a very broad-ranging course of studies. The interdisciplinary qualifications at the end of the course meant that subjects like business administration weren’t neglected either.”

Daniel Ziranek, Graduate ESE (EL-Bachelor)

Studying electronics at Heilbronn University of Applied Sciences met all my needs and satisfied my thirst for knowledge of electronics. The family atmosphere in the university enabled me to develop as a person. During the subsequent doctorate it was the professors and staff of the Heilbronn University of Applied Sciences who supported me and shaped my future career.”

Prof. Dr. Uwe Strohbeck, Graduate EL (ESE) - Dean of the Faculty of Industrial Engineering and Management at the Rosenheim University of Technology

“EL/ESE is a very practice-oriented course. Theory is underpinned with the appropriate practical references. I was able to apply the knowledge that I acquired during my studies in industry. In addition to the basic subjects, topics like power converters, electrical drives and electrical control drives make the course forward-looking. A special feature of the course is the everyday university life and the resulting network.”

Warzana Thirunamasanmugam, Graduate ESE

“What convinced me about the concept of a university of applied sciences, now a university of applied sciences, were the smaller semester groups and the strongly practice-focussed education. It was here in Heilbronn that I came in contact with image processing, the subject that later decisively determined my professional career. “Here I learnt everything I needed later to start my own company.”

Jürgen Hartmann, Graduate EL (ESE) - Managing Partner IDS Imaging Development Systems GmbH

“The ELB-(ESE) degree was very practice-oriented, due to the many laboratory-based units such as Power Supply and Power Electronics 2, in which theoretical knowledge was further strengthened. Not that the theoretical part was neglected. Besides the main focus on power electronics and IT, there were also the interdisciplinary subjects like EMC, Control Engineering and Principles of Network Engineering. These give you a very broad-ranging course of studies. The interdisciplinary qualifications at the end of the course meant that subjects like business administration weren’t neglected either.”

Daniel Ziranek, Graduate ESE (EL-Bachelor)

Studying electronics at Heilbronn University of Applied Sciences met all my needs and satisfied my thirst for knowledge of electronics. The family atmosphere in the university enabled me to develop as a person. During the subsequent doctorate it was the professors and staff of the Heilbronn University of Applied Sciences who supported me and shaped my future career.”

Prof. Dr. Uwe Strohbeck, Graduate EL (ESE) - Dean of the Faculty of Industrial Engineering and Management at the Rosenheim University of Technology

“EL/ESE is a very practice-oriented course. Theory is underpinned with the appropriate practical references. I was able to apply the knowledge that I acquired during my studies in industry. In addition to the basic subjects, topics like power converters, electrical drives and electrical control drives make the course forward-looking. A special feature of the course is the everyday university life and the resulting network.”

Warzana Thirunamasanmugam, Graduate ESE

“What convinced me about the concept of a university of applied sciences, now a university of applied sciences, were the smaller semester groups and the strongly practice-focussed education. It was here in Heilbronn that I came in contact with image processing, the subject that later decisively determined my professional career. “Here I learnt everything I needed later to start my own company.”

Jürgen Hartmann, Graduate EL (ESE) - Managing Partner IDS Imaging Development Systems GmbH

“The ELB-(ESE) degree was very practice-oriented, due to the many laboratory-based units such as Power Supply and Power Electronics 2, in which theoretical knowledge was further strengthened. Not that the theoretical part was neglected. Besides the main focus on power electronics and IT, there were also the interdisciplinary subjects like EMC, Control Engineering and Principles of Network Engineering. These give you a very broad-ranging course of studies. The interdisciplinary qualifications at the end of the course meant that subjects like business administration weren’t neglected either.”

Daniel Ziranek, Graduate ESE (EL-Bachelor)

Course profile

Programme Structure

In the course of your studies you will learn to design and operate state-of-the-art electronic systems while studying bilingual.

The programme is oriented on future requirements for successful engineers. That includes a strong focus on “Systems Engineering” capabilities. You will learn the technical “language of engineers” (simulation, specification, etc.). Mastering this form of communication, in combination with a profound technical knowledge, leads to a successful career as an engineer especially in international teams.

During the basic studies you will learn all the necessary basics in the fields of mathematics, computer science, physics and electrical engineering. Since the first year is taught in English, you have also the opportunity to improve your German language skills with an obligatory intensive German course.

In the advanced study period, which is taught mainly in German, you have the opportunity to specialize according to your preferences and strengths. For this purpose, you can choose between specializations in the fields of power electronics and information technology. These range from microcontroller programming, digital signal and image processing, control engineering, networked systems to power converters, electrical drives and the associated circuit in technology.

You will conclude your studies with a Bachelor's thesis, which is often conducted in the strong local world-wide oriented industry.

With us you will learn in a practical way and make contacts with the industry during your studies.

Career Prospects

While development in most of the basic technologies is rather stagnant, a strong innovative push is also expected in the future in electrical engineering and electronics. Accordingly, there are great opportunities to find a job with a secure future. Numerous opportunities are offered by manufacturers of electrical and electronic devices, the chemical industry, mechanical and plant engineering, automotive manufacturers and suppliers, IT and communications companies and last but not least, the public services. Subjects like Business Administration, Working Techniques and Project Management also qualify you for leadership roles. The current DEKRA employment market report shows: Excellent job opportunities for electrical engineers!

Employment market report (very good prospects in the field of electrical engineering)

Foundation studies (1st and 2nd semesters, in English)

Main study programme, Part 1 (3rd and 4th semesters, in German)

Specialist Course Subjects

Specialist and technical electives (lectures and laboratories)
Control Engineering and Mathematical Methods
-Mathmatics
-Signals and Systems
-Control Engineering
-Control Engineering Laboratory
Sensors and Actuators
-Metrology and Sensors
-Electric Drive Systems
-Metrology Laboratory
Circuit Design and Simulation
-Simulation Technology
-Circuit Design- Layout and Simulation
Information Technology and Technical Elective
-Microcontrollers, Digital Technology
-Digital Signal Processing
-Networked Systems
-Software Engineering
-High-frequency Engineering
-Power Electronics

In the advanced studies programme you have considerable freedom to choose your areas of focus, based on your experience from the practical semester. In addition, you can attend various lectures from other courses in the faculty. Of course, content on management and soft skills is also included.

Seminar paper

Specialist and technical electives (lectures and laboratories)

Computer Vision

Power Electronics

Information Technology

Systems Engineering and Technical Management

The degree programme concludes with the Bachelor’s thesis, in which a project at the university or in cooperation with a company is independently planned, organised and implemented.

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