This four-semester Master’s programme gives a concentrated, practice-oriented education in photonics — the study and use of light with emphasis on its quantum nature (photons). The course is interdisciplinary, combining physical fundamentals and engineering skills so graduates can apply optical technologies across many sectors. Typical application areas highlighted by the programme include information and communication technology, laser material processing, medical technology, semiconductors and sensors, life sciences, measurement technology, quantum technologies, AI-enabled optics, aerospace and automotive systems, and lighting and display engineering.
The curriculum is organised into five thematic areas that cover both core science and applied engineering. Mathematical and Scientific Fundamentals includes modules such as Structure of Matter, Mathematical Methods and Theoretical Principles of Photonics I & II. Engineering Fundamentals covers Measurement Technology and Instrumentation, Microtechnologies, Technical Optics I, Laser Technology and Optical Measurement and Analysis Methods. Subject-specific Specialisation contains Technical Optics II, Laser Material Processing and Applied Photonics. Profile Development offers a range of electives (for example Optical Simulation in Practice, Bio‑ and Environmental Photonics, Ophthalmic Optics, Optical Communication Technology, Applied Quantum Optics, Optical Fibres, Semiconductor Detectors and R&D projects). Interdisciplinary Content is delivered via a single Management module that combines business and economics topics.
The programme is delivered entirely in English, making it well suited to international students who want to study and potentially work in Germany or elsewhere in Europe. It is also a good fit for German and European students preparing for international careers in sectors such as optoelectronics, manufacturing and device technology, measurement and microsystems, biotechnology and medical technology, environmental and sensor systems, aerospace, automotive or printing technologies.
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You must hold a first professionally qualifying university degree of at least 180 credit points (CP) according to the European Credit Transfer System (ECTS) with a subject-related focus. Degrees from specific accredited programmes are considered to meet this requirement automatically. Applicants with Bachelor's degrees in related subjects are also welcome; admission in these cases is decided by the programme director.
If your degree has a different focus, you can still be considered provided you can demonstrate comparable coursework. This is done by showing that you have successfully completed courses or modules totaling at least 25 CP in relevant subject areas. In any unclear cases, the programme director makes the final decision.
Winter Semester (International)
15 July 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for technical and research roles in a broad range of industries that use photonics: optical and information communication technology, laser material processing and manufacturing, medical and biotechnology instrumentation, semiconductor and sensor industries, aerospace and automotive systems, and measurement and microsystems technology. The combination of theoretical knowledge, practical lab experience and management skills also supports careers in R&D, product development, technical consulting and project management.
The programme’s international orientation and double-degree option further support students aiming for positions abroad or in multinational companies, as well as those who plan to continue in academic research (PhD routes are possible in related fields).
Friedrich Schiller University Jena — Jena
University of Göttingen — Göttingen
Technical University of Munich — München
Johannes Gutenberg University Mainz — Mainz