Photonics

A research-intensive master's program at the Abbe School of Photonics — one of Europe's leading centres for optical sciences — covering five advanced focus areas from quantum photonics and nanooptics to biophotonics and laser physics. The program's tight integration with Jena's world-class photonics industry cluster means many students receive job offers before graduation.

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The Master's in Photonics at the Abbe School of Photonics, Friedrich Schiller University Jena, is a research-oriented program designed to produce specialists capable of working at the frontier of light-based science and technology. Delivered entirely in English, it draws on Jena's exceptional position as a global hub for optical and photonic industries, giving students direct exposure to both cutting-edge research and industrial application. The curriculum is structured around five core areas: laser and strong-field physics, nanooptics, biophotonics, optical instrumentation and systems, and quantum photonics. Students select elective modules that align with their chosen research focus, allowing them to tailor the program to their specific scientific interests while building a broad foundation across modern photonics. A mandatory practical component is embedded in the program, ensuring that theoretical knowledge is complemented by hands-on experience in laboratories and applied settings. The research emphasis becomes most visible in the final master's thesis, which is typically conducted within one of the university's active research groups or in collaboration with industrial partners in the Jena photonics cluster. Throughout the program, students work in an international scientific environment alongside peers and faculty from around the world. The combination of rigorous academic training, specialised research tracks, and a mandatory internship creates a learning experience closely aligned with professional practice in optical technologies. For those considering a scientific career, the program connects directly to doctoral training through the Graduate School of Photonics, offering a clear path from master's-level study into advanced research.