Electrical and Microsystems Engineering

Program description

This master's-level programme combines electrical engineering and microsystems engineering, giving you a solid interdisciplinary foundation across semiconductor technology, optoelectronics and microelectronics. In the early phase you follow a foundation module set that builds a common technical base; later you choose from consolidation and interdisciplinary modules to shape a personalised study profile. Consolidation options include topics such as LED technology, advanced packaging, cybernetics and electron product engineering, while interdisciplinary choices cover areas like international empowerment, business studies for engineers, and quality and reliability.

The curriculum places particular emphasis on sensors and semiconductor technology, reflecting Regensburg’s regional strengths as a centre for sensor technology and optoelectronics. You will complete a special project and a master’s thesis—typically carried out in cooperation with local companies such as Osram, Infineon or Continental—giving direct industry exposure and practical experience. Teaching emphasizes scientific working methods, problem solving and responsible, effective action, while also supporting personal development and leadership skills. Graduates are prepared both for specialised technical roles and for management responsibilities within industry.

Admission notes / requirements

• Languages of instruction: English and German.
• Exact admission requirements (required prior degree, transcripts, language certificates, application deadlines) are determined by the university—consult the official programme page for detailed, up-to-date information.
• The programme includes project work and a master’s thesis, often completed in collaboration with regional industry partners.

This full-time master's programme runs over three semesters: two taught semesters followed by a dedicated semester for the Master's thesis. During the taught portion you complete advanced theoretical courses in electrical and microsystems engineering alongside a hands‑on project hosted in one of the university’s research facilities. The project is designed to deepen practical research skills and consolidate the theoretical material from coursework.

The final semester is reserved for the Master's thesis, which is typically developed with the support of a local company active in your chosen field—giving you experience in industry‑linked research and applied problem solving. There are supported opportunities to carry out the thesis or parts of the programme abroad, enabling international exposure and collaboration. The programme can be completed entirely in English, and international students receive both academic and administrative assistance throughout their studies.

A double‑degree option is offered in cooperation with Universiti Tunku Abdul Rahman (Malaysia), allowing graduates to earn degrees from both institutions. Overall learning outcomes include advanced technical knowledge in electrical and microsystems engineering, practical research and project management experience, experience working with industry partners, and readiness for international careers or further research.

Core programme components / requirements

• Full‑time study over a standard duration of three semesters (two taught semesters + one thesis semester)
• Completion of advanced theoretical coursework in electrical and microsystems engineering
• Completion of a project in one of the university’s research facilities during the taught semesters
• Submission of a Master’s thesis (usually prepared with support from a local enterprise) in the final semester
• Option and institutional support to complete the thesis or parts of the course abroad
• Option to complete the entire programme in English
• Eligibility to enroll in the double‑degree pathway with Universiti Tunku Abdul Rahman (Malaysia)

Graduates are prepared for both specialised technical roles and management positions in sectors such as sensor technology, optoelectronics, semiconductor manufacturing and related microelectronics industries. The combination of laboratory projects, industry-linked theses and management-oriented interdisciplinary modules equips alumni to enter R&D, product engineering, quality and reliability roles or take on team and project leadership responsibilities.

The programme’s close ties with regional companies increase opportunities for internships, thesis collaborations and graduate positions locally, while the option to study in English and take a double degree supports international career mobility.