Study content and requirements
Industrial Power Electronics Degree Program
What You Should Bring
This master’s program is designed for graduates of technical bachelor’s programs who wish to deepen their knowledge in the field of power electronics. An interest in electrical engineering, mathematical and technical problems, and analytical thinking provides a solid foundation for the program. Since all courses are taught in English, you should also have a good command of the English language.
Here's what you'll learn in college
During your studies, you’ll focus on the development of modern power electronics systems—from the physical fundamentals of electronic components to the design of intelligent power supply systems. You’ll deepen your expertise in the areas of power semiconductors, circuit and system design, modeling and simulation, measurement and sensor technology, and control engineering.
In addition, you’ll explore industrial applications, electromagnetic compatibility, smart power electronics, and e-mobility. Lab exercises, project work, and your master’s thesis will allow you to apply your knowledge to specific technical problems.
Curriculum
The four-semester master’s program comprises 120 ECTS credits and combines theoretical foundations with lab exercises, project work, and scientific research. During the first three semesters, you will deepen your subject-specific expertise before completing the program with your master’s thesis and the master’s examination.
Further Studies
With a master’s degree in Industrial Power Electronics, you will have a scientifically sound education that qualifies you for challenging roles in industry and research. In addition, this degree opens the door for you to pursue doctoral studies in accordance with Section 6(4) of the University of Applied Sciences Act (FHStG) at a university in Austria or abroad.
General Information About the Program
For more information on admission requirements, the training contract, nostrification and recognition, the admissions process, examination regulations and grading, ECTS credits, and the academic calendar, please refer to the General Study Information.
FAQ
Frequently asked questions about the Master’s Degree Program in
“Industrial Power Electronics”
What bachelor's degree do I need to get started?
The master’s program is designed for graduates of bachelor’s degree programs in technical fields. Whether your prior education meets the academic admission requirements will be assessed on a case-by-case basis as part of the admissions process.
Do I need to have prior knowledge of power electronics?
This program builds upon a technical bachelor's degree. Prior knowledge in the field of power electronics is an advantage and will be specifically deepened and expanded upon during the master's program.
What career opportunities does this degree program open up?
After completing your master's degree, a wide range of career paths will be open to you–including in power electronics, the semiconductor industry, energy technology, electric mobility, and research and development.
Current Courses
Current course - Industrial Power Electronics · Organisation form: berufsbegleitend (English)
Wherever energy flows, power electronics is behind it.
In the Industrial Power Electronics master’s program, you’ll deepen your expertise to develop intelligent systems for industry, energy technology, and mobility.
Jobs & Careers
The Master’s degree program in Industrial Power Electronics prepares you for challenging roles in development, research, and industrial applications. The combination of scientific training and practical experience opens up a wide range of career opportunities in a forward-looking industry that is in high demand internationally.
Your Career Prospects After Completing the Master's Program in Industrial Power Electronics
Power electronics is a key technology for energy supply, electric mobility, and industrial automation. The Master’s program in Industrial Power Electronics prepares you for challenging roles in the development, research, and industrial application of modern power electronic systems. By combining technical expertise, scientific skills, and practical experience, the program opens up a wide range of career opportunities both in Germany and abroad.
Here are the tasks you can expect in your day-to-day work
As a graduate, you will develop and optimize power electronics systems for a wide variety of applications—from power supply to electric mobility. You’ll model and simulate technical solutions, develop control and regulation concepts, plan measurements and tests, and work on new technologies in the field of power semiconductors and energy conversion. Depending on your field of work, you’ll contribute your expertise to development projects, research initiatives, or interdisciplinary teams.
You can work in these industries
Graduates are in demand in various fields of electrical engineering and microelectronics. These include, among others:
- The semiconductor and microelectronics industry
- Energy utilities
- Automotive and supplier industries
- Aerospace
- Telecommunications industry
- Research institutions and R&D departments
The ongoing electrification and expansion of renewable energy are also creating a growing demand for qualified professionals in the field of power electronics.
Potential Employers
Career opportunities are available, for example, at:
- Companies in the semiconductor and microelectronics industry
- Manufacturers of electric drive and energy systems
- Energy utilities
- Research and development centers
- Technology companies in the fields of electromobility, industry, and automation
At the Villach campus, students also benefit from a strong innovation ecosystem featuring companies and research institutions such as Infineon Technologies, Silicon Austria Labs, and the KAI Competence Center.