This English-taught Master’s in Photonics gives you a solid grounding in both the fundamentals and applications of light-based technologies. The curriculum spans electrodynamics, quantum theory, semiconductor and laser physics, and moves into applied areas such as laser materials processing and optical communication. You can also choose additional electives from the wider course catalogue to tailor your studies to specific interests. The programme emphasizes hands-on learning through a high share of laboratory work so theoretical concepts are consistently practised and reinforced.
Research and project work are central to the degree: project courses and the Master’s thesis build research and engineering capabilities and encourage creative problem-solving. The final thesis may be carried out in the university’s modern research laboratories or in collaboration with industry partners. The programme’s labs host numerous national and international projects with special research strengths in multiphoton microscopy for biological and medical uses, ultrashort-pulse laser material processing, photoacoustics, and optical fibre sensor technologies.
Located in the Munich region — an international hub for photonics companies and research — the programme maintains close ties with local industry, benefits from an industrial advisory board, and runs joint seminars with companies. Graduates leave well prepared for careers as high-tech specialists in industry, with strong employment prospects and valuable intercultural experience; continuing on to doctoral studies is also a viable path.
This program is organised to give a compact, research-oriented grounding in modern photonics, combining core theory with hands-on project work and a final thesis. Full-time students complete the degree in three semesters: the first two semesters mix compulsory modules (Electrodynamics – Quantum Theory; Semiconductor Optics; Laser Physics; Optics Design) with elective options and interdisciplinary coursework, while the last semester is devoted to the Master’s thesis and a closing colloquium. Part-time students follow the same curricular components spread over six semesters, allowing more time to combine study with professional or personal commitments.
Key technical modules focus on the physics that underpins photonics: Electrodynamics and Quantum Theory provide the theoretical foundations; Semiconductor Optics addresses light–matter interaction in devices; Laser Physics covers sources and their operation; Optics Design develops skills in designing optical systems. Elective choices let you deepen expertise in areas such as Quantum Information, Photoacoustics, Physical Modelling and Simulation, and Micro- and Fibre Optics. Interdisciplinary modules (for example Project Management, Quality Management, Technology and Innovation Management) build transferable skills for leading projects and translating research into applications.
By the end of the programme students are expected to master advanced theoretical concepts in photonics, apply modelling and design techniques to optical systems, carry out independent project work, and present and defend original research in the Master’s thesis and colloquium. The curriculum emphasises both specialised technical competence and professional skills useful for careers in research, industry, or technology management.
Requirements and structure (concise)
You must hold a relevant, accredited Bachelor's-level degree in a natural science or engineering subject and demonstrate both theoretical background and practical experience in physics-related areas. International qualifications are accepted provided they are comparable to the German higher-education degree referenced below. If any requirements are incomplete, there are options to make them up during the Master’s programme, which may extend its duration.
All applicants should explain their prior coursework and training clearly—especially in physics, optics, and laser technology—so the selection committee can assess subject-specific preparation. If your final grade does not meet the stated standard or if the committee has doubts about your preparation, you will be invited to an oral entrance examination after a correct and timely application.
Helpful tip for international applicants: be prepared to provide transcripts, course descriptions (to document the required ECTS in physics/optics/laser technology), and evidence of any practical internship when you apply.
Winter Semester (International)
15 June 2026
Summer Semester (International)
15 January 2027
Winter Semester (EU/EEA)
15 June 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates are prepared for technical and research roles in high‑tech photonics industries such as laser and semiconductor companies, optical communications, medical optics and sensing, or R&D departments. The programme’s practical lab training, project work and close industry links make graduates attractive to employers seeking engineers and applied scientists able to develop and implement photonics solutions.
For those interested in academia, the programme also provides a solid foundation for doctoral studies. Many students undertake research placements or thesis projects within local companies, gaining valuable industrial experience and international exposure.
Friedrich Schiller University Jena — Jena
University of Göttingen — Göttingen
Technical University of Munich — München
Johannes Gutenberg University Mainz — Mainz