Embedded Systems DesignHochschule Bremerhaven

The Master's program in Embedded Systems Design at Hochschule Bremerhaven focuses on the development of integrated digital technology and software in various products and machines. Embedded systems are crucial for product innovations in mechanical engineering, plant engineering, and medical devices.

Graduates are qualified to initiate and implement product improvements in areas such as automation engineering, mechatronics engineering, and computer science. The demand for trained personnel in embedded systems is growing due to the increasing digitalization of industrial production, vehicles, and systems. Potential employers include automobile manufacturers, medical technology companies, the aerospace industry, and manufacturers of systems for audio or image processing.

The program covers industrial drive and control technology, scientific systems, and technical medical devices. Students acquire knowledge in mechatronics, discrete control systems, real-time software, digital technology/VHDL, and system-on-chip design. Practical training through laboratory instruction and projects, along with interdisciplinary skills, prepares students for development tasks and research activities. The curriculum includes project planning, scientific documentation, presentation skills, and teamwork.

The first semester lays a foundation with courses in Safety and Reliability, Mechatronics, and Digital Systems. The second semester focuses on application modules in industrial, scientific, and medical systems. Cross-departmental qualifications are integrated through project planning and management, teamwork, and technical documentation. The Master's thesis is completed in the third semester.

A good command of English is essential, as courses are held exclusively in English. This facilitates international exchange and personal development. A stay abroad is possible during the second semester.

To be admitted, prospective students should have enthusiasm for control engineering, mechanics, digital technology, and software development. They must hold a bachelor's degree in an engineering study program with 210 ECTS credit points and a CGPA equivalent to a German grade of 2.3 or better. Additional requirements include proof of English language skills at level B2 and German language skills at level A1, as well as specific credit points in mathematics/physics, electrical engineering, mechanical engineering, programming languages, and control engineering.