Study content and requirements
Systems Design Degree Program
The Systems Design master’s degree program is designed for graduates of technical bachelor’s programs who wish to deepen their knowledge in the field of complex technical systems. During the program, you will explore the interconnections between electronics, software, sensor technology, data analysis, and artificial intelligence, and use this knowledge to develop innovative solutions for a wide range of applications. Depending on your interests, you can specialize in Electronic Systems or Robotic Systems.
Whether your prior education meets the academic admission requirements will be assessed on a case-by-case basis as part of the admissions process. The language of instruction is English.
What should you bring?
Ideal prerequisites for the master’s program are a basic understanding of technology and an interest in complex technical systems. The following are particularly helpful:
- an interest in electronics, robotics, software development, and artificial intelligence
- analytical and systems-oriented thinking
- A passion for understanding technical concepts and developing solutions
- An interest in research and technological development
- Initiative and the ability to work independently
- Good English skills, as the program is conducted entirely in English
Here's what you'll learn during your studies
In the master’s program, you will deepen your knowledge in the fields of electronics, robotics, software development, and intelligent technical systems. You’ll learn to analyze, develop, and take a holistic approach to complex systems. Among other topics, you’ll explore signal and data analysis, embedded systems, automation, sensor technology, and methods of artificial intelligence and machine learning.
Depending on your chosen track, you will specialize in either Electronic Systems or Robotic Systems. The program is complemented by lab exercises, projects, and either a research internship or relevant elective modules, in which you will apply your knowledge to current research and development challenges.
Further Studies
Upon successful completion of the Systems Design master's program, you will earn the academic degree of Master of Science in Engineering (MSc). In accordance with Section 6(4) of the University of Applied Sciences Act (FHStG), this degree generally qualifies you for further doctoral or PhD studies, provided that you meet the respective admission requirements of the university.
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.
Current Courses
Current course - Systems Design
FAQ
Frequently asked questions about the
“Systems Design” Master’s Degree Program
Is Systems Design right for me?
Yes, if you want to develop complex technical systems. The master’s program in Systems Design is designed for people with an interest in technology who want to combine robotics, electronics, software, and artificial intelligence to develop networked solutions for the future.
What bachelor's degree do I need to get started?
The Master's in Systems Design is designed for graduates of technical bachelor's degree programs. Whether your prior education meets the academic admission requirements will be assessed on a case-by-case basis as part of the admissions process.
What career opportunities does this degree program offer?
After completing the master’s degree program in Systems Design, you could work in fields such as robotics, automation, microelectronics, mechatronics, communications and computer engineering, or mechanical and plant engineering. Research and development also offer a wide range of career opportunities.
Jobs & Careers
Whether it’s robotics, microelectronics, or intelligent automation–as a graduate of the Master’s degree program in Systems Design, you’ll develop complex technical systems for a wide variety of applications. You’ll combine electronics, software, sensor technology, and artificial intelligence to create comprehensive solutions and take on leadership roles in development, research, or technical project management.
Here are the tasks you can expect
You will develop electronic and robotic systems—from the initial idea to the finished solution. To do this, you will analyze requirements, design system architectures, develop hardware and software components, and integrate sensors, actuators, and control and regulation technology into a fully functional system. Depending on your area of responsibility, your daily work will also include analyzing measurement data and applying machine learning and artificial intelligence methods.
You can work in these industries
With your degree, a wide range of career opportunities in technology-oriented industries will open up to you. These include, among others, industrial electronics and automation, microelectronics, communications and computer engineering, mechatronics, mechanical and plant engineering, transportation and automotive engineering, aerospace, as well as medical and environmental engineering and building automation. Research institutions and universities also offer exciting career opportunities.
Potential Employers
Graduates work, for example, at companies in the fields of industrial electronics, automation, robotics, microelectronics, mechanical and plant engineering, as well as communications and computer technology. In addition, research centers, development departments, and universities offer attractive career opportunities in research and development.