Master in Physics

Adam Mickiewicz University in Poznań, Poland, was founded in 1919 and is one of the country's largest and most established public universities. Hosting tens of thousands of students and a notable international community, AMU offers a broad spectrum of programs spanning the humanities, social sciences, natural sciences, medicine and engineering. The university is active in European academic networks and is recognized in international rankings, reflecting its research output and teaching quality.

AMU's strengths include a diverse curriculum, strong faculty, and extensive research collaborations across Europe and beyond. Students can pursue interdisciplinary study, join research projects, and benefit from partnerships with regional industries and cultural institutions in Poznań. The campus environment balances historic academic tradition with modern facilities, student organizations and cultural events that enrich campus life and support personal development.

International applicants will find numerous programs taught in English or with support for language learning, as well as services for orientation, housing and academic advising. Membership in European university associations facilitates exchange opportunities and joint degrees, while Poznań's central location in Poland makes internships and cultural exploration accessible. For students seeking a comprehensive European education with active research and international connections, Adam Mickiewicz University presents a welcoming and academically robust choice.

The Master in Physics is a 2-year program at Adam Mickiewicz University in Poland, taught in English. It focuses on Physics of New Materials and their applications in energy generation, conversion, storage, and saving. This master's degree is for students who want to explore the potential of physics in these areas.

The curriculum covers topics like solid-state physics, thermodynamics, magnetism, photovoltaics, and artificial photosynthesis. Students also learn about advanced material characterization techniques, material fabrication, and theoretical computation or computer simulation methods. They participate in specialized courses that combine physics with chemistry, biology, and nanomaterial engineering.

Graduates can pursue careers as Materials Scientists, Renewable Energy Specialists, Research Physicists, Nanotechnology Engineers, or Science Teachers. They can work in industries related to energy, materials science, or research and development.