Embedded Systems (MSc)

Overview This English-taught, interdisciplinary Master's program brings together a top-ranked Department of Computer Science (CHE ranking) and a highly regarded engineering faculty within the Saarland Informatics Campus. It focuses on embedded systems — the microprocessor-based controllers that make everyday and industrial products intelligent and reliable. Examples include insulin pumps, dishwashers, solar thermal controllers, high-speed trains, and modern sewing machines.

Why it matters Embedded systems are central to improving energy efficiency, safety and performance: they reduce electricity and water usage in appliances, optimize vehicle fuel economy, prevent wheel slip, and trigger airbags at precisely the right moment. The programme targets this fast-growing field by combining hardware and software perspectives, preparing students for research and development roles where cross-disciplinary skills are essential.

Key facts and typical entry profile

• Language of instruction: English
• Interdisciplinary focus: collaboration between computer science and engineering departments within the Saarland Informatics Campus
• Ideal background: a relevant Bachelor's degree (e.g., computer science, electrical engineering or a related discipline) and solid foundations in programming, hardware fundamentals and mathematics (check the programme’s admissions page for specific prerequisites)
• Career areas served: automotive and transportation systems, medical devices, consumer electronics, renewable-energy systems and industrial automation
• For exact admission requirements and application procedures, consult the programme’s official admissions information or contact the admissions office directly.

This MSc in Embedded Systems is delivered with a highly flexible, student-centred structure. Instead of a fixed course sequence or a prescribed timetable, you design your own study path by selecting modules that match your interests and career goals. The program’s openness supports interdisciplinary combinations and lets you prioritise topics—technical or complementary—according to what you want to specialise in.

Because there is no mandatory completion schedule, you can progress at your own pace. That makes the degree suitable for students who need to balance studies with work, internships or research projects. Part-time study is explicitly supported, so you can extend your programme duration to fit personal or professional commitments while still earning the full MSc qualification.

Learning outcomes are therefore adaptable: graduates will emerge with subject-matter knowledge and practical skills shaped by the modules they chose, together with strong self-directed learning, planning and interdisciplinary problem-solving abilities. To get the most from this format, students are encouraged to plan their course selection in consultation with academic advisors and to verify module availability and sequencing before enrolment.

Key facts / requirements

• You select courses freely according to your academic preferences — there is no fixed module sequence.
• There is no prescribed timetable for completing the programme; you may study at your own pace.
• Part-time study is possible and supported.
• It is advisable to consult the programme coordinator or study advisor to plan an appropriate course mix and check module availability.

Graduates are prepared for engineering and development roles that span embedded hardware and software design, system integration and testing. Typical employers include automotive and mobility companies, medical device manufacturers, consumer electronics firms, industrial automation suppliers and railway or aerospace companies. Opportunities also exist in research institutes, start-ups and R&D departments where candidates can work on safety-critical systems and energy-efficient embedded solutions.

The programme also provides a solid foundation for doctoral studies (PhD) in computer science, electrical engineering or related interdisciplinary research areas, thanks to its strong connections with research organisations on the Saarland Informatics Campus.