Master of Science in Photonics

Photonics – the technology and science of light The innovative power of photonics is transforming our daily lives. Brilliant laser sources, quantum computers and quantum communication, powerful fibre optic networks and light-based therapy, and diagnostics in medicine as well as energy-efficient solid-state lighting characterise the current technical progress that will shape our future. The Master’s degree programme in Photonics provides you with sound and comprehensive knowledge to help shape this journey into the future. The course content ranges from the physical fundamentals of electrodynamics, quantum theory, semiconductor and laser physics to application-related topics such as laser materials processing and optical communication technology. In addition, you have the opportunity to choose further elective courses from the wide range of courses offered by Hochschule München University of Applied Sciences. Theoretical knowledge is applied and deepened through a high proportion of practical laboratory assignments. In the project and Master’s thesis, research and engineering skills are developed and creativity is encouraged. The Master’s thesis can be completed either in the university’s research laboratories or in industry. The Munich region represents an international centre for the photonics industry and research. The degree programme involves close cooperation with local industry; it is advised by an industrial advisory board (see partners), and joint seminars are held with industrial companies. Master of Science in Photonics programme has modern, well-equipped research laboratories in which numerous research projects are conducted in collaboration with national and international industrial and academic partners. Research focuses include multiphoton microscopy for biological and medical applications, ultrashort pulse laser material processing, photoacoustics, and optical fibre sensor technology. Master of Science in Photonics programme has gained a strong reputation in both industrial and academic circles. After completing this programme, you will be well prepared for a career as a high-tech expert in the industry. You will have excellent employment prospects and possess valuable intercultural skills and international experience. You may also choose to pursue doctoral studies. Further information: https://sci.hm.edu/studierende/studiengaenge/master/photonics/index.en.html Examples of educational organisation: Full-time study (three semesters): First semester: two compulsory modules (Electrodynamics-Quantum Theory, Semiconductor Optics), two elective modules, and one interdisciplinary module Second semester: two compulsory modules (Laser Physics, Optics Design), two elective modules, and project study Third semester: Master's thesis and colloquium Part-time study (six semesters): First semester: Electrodynamics – Quantum Theory compulsory module, one elective module, and one interdisciplinary module Second semester: Laser Physics compulsory module, one elective module, and project study Third semester: Semiconductor Optics compulsory module and one elective module Fourth semester: Optics Design compulsory module and one elective module Fifth semester: Master's thesis Sixth semester: Master's thesis and colloquium Examples of compulsory elective modules: Quantum Information; Biophotonics, Micro and Fibre Optics; Laser in Production; Photoacoustics; Optical Communication Technology; Optical Measurement Technology; Physical Modelling and Simulation; Quantum Sensing Examples of interdisciplinary elective modules: Project Management, Quality Management, Technology and Innovation Management Further Information: https://sci-intern.hm.edu/fk/fachthemen2.php?studgang=pom&lang=de