Photonics

A research-oriented master's program at FH Münster built entirely around laser technologies, quantum optics, and optical systems engineering — with a curriculum that moves from solid-state laser development and theoretical optics through to quantum sensors and photonic integrated circuits.

---

The Photonics master's program at FH Münster is a focused, technically deep degree in modern optical and laser technologies. All compulsory modules are taught in English, making the program fully accessible to international students without German language proficiency. The curriculum is structured around two complementary pillars: the fundamental science of light — including theoretical optics, wave and quantum optics, and laser physics — and applied engineering across areas such as optical system development, laser material processing, image processing, and optical measurement technology. This balance means students develop both analytical depth and hands-on technical capability. A dedicated module on **Quantum Sensors** reflects the program's orientation toward emerging technologies at the intersection of photonics and quantum science. The **Wave and Quantum Optics** module carries double the credit weight of other compulsory courses, signalling its central role in the theoretical foundation of the degree. Beyond the compulsory core, students select at least 24 credits from an elective pool that allows significant specialisation. Options include **Optical Coherence Tomography**, **Photonic Crystals and Materials**, **Photonic Integrated Circuits**, **Optical Communications**, **Modelling and Simulation**, **Microscopy and Surface Science**, **Solid State Physics and Semiconductors**, and **Quantum Statistical Physics**, among others. This elective structure lets students tailor the degree toward biophotonics, communications, photonic devices, or quantum technologies depending on their interests. The program concludes with a master's thesis worth 25 credits, typically addressing a research or applied problem in photonics, supported by a colloquium. The overall workload across four semesters is designed for students who enter with a solid physics or engineering background and are ready to engage with technically demanding material from the first semester.