Program overview
This research-oriented Master's trains you to turn theoretical physics into practical engineering solutions. You will work in interdisciplinary teams to address physical-technical problems, developing the skills needed to carry out applied research projects. Teaching is delivered in English and the course content is closely linked with well-known research institutes, so you can expect exposure to current, research-driven challenges.
Curriculum focus
The programme covers contemporary, research-intensive technology areas, including photonics, quantum technologies, micro- and nanotechnology, and hydrogen and energy storage technologies. Through these topics you will deepen your understanding of advanced physical concepts and their technical applications, preparing you for technically demanding research roles.
Progression and outcomes
The degree awarded is a Master of Science equivalent to a university-level master’s and opens the pathway to doctoral studies. Graduates are qualified for positions that involve applied research and can pursue further academic research if they choose.
Entry & key facts (concise)
The three-semester, full-time curriculum combines advanced theoretical instruction with applied, research-focused training. Core content is delivered in partnership with external research institutes and emphasises modern technology areas: photonics, quantum technologies, micro- and nanotechnology, and hydrogen and energy storage technologies. Students work in interdisciplinary teams to develop engineering solutions to physical-technical challenges and complete a research-based Master’s thesis written in English.
Learning outcomes include the ability to apply advanced physics concepts to real-world engineering problems, conduct research in applied physics topics, collaborate across disciplines, and prepare for careers in applied research or further academic work such as a PhD.
You must hold a first university degree (Bachelor’s or an equivalent qualification) in a relevant subject to be considered for this master’s program. The selection process includes an interview stage for applicants who are shortlisted.
If your application is selected, you will be invited to attend an interview as part of the admission assessment. Details such as minimum grade thresholds, the exact steps of the application procedure, and the list of required supporting documents are not listed here and must be checked on the official HSRM application page.
Check the HSRM application page carefully for deadlines and any additional instructions that apply to international applicants (e.g., document formats or certification requirements).
Admission requirements (summary)
Winter Semester (International)
15 July 2026
Summer Semester (International)
15 January 2027
Winter Semester (EU/EEA)
15 July 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates are prepared for roles in applied research and development within industry and research organisations working on advanced technology topics. The programme’s research focus and partnerships with research institutes also position students well to continue into doctoral studies and academic research careers.
Skills developed—such as problem-solving in interdisciplinary teams, applied laboratory and project work, and the ability to communicate research in English—are valuable for R&D positions, technical specialist roles, and further scientific training.
Friedrich Schiller University Jena — Jena
University of Göttingen — Göttingen
Technical University of Munich — München
Johannes Gutenberg University Mainz — Mainz