Master in Physics

Adam Mickiewicz University in Poznań is one of Poland's largest and most established public universities, offering a broad array of undergraduate, graduate and doctoral programs across humanities, social sciences, natural sciences, medicine and engineering. Founded in 1919 and named after the national poet, AMU combines rich cultural heritage with strong research activities. Keywords such as study in Poland, international students, Poznań university and European higher education highlight AMU's appeal to prospective students in Europe and beyond.

AMU is active in international cooperation through Erasmus and other exchange networks, enabling study abroad opportunities and academic partnerships across Europe. The university's diverse faculties deliver programs that include English-taught degrees and research supervision, supporting international students seeking academic development, internships and cross-border collaboration. Prospective applicants should review program requirements, scholarship options and language prerequisites to plan their studies effectively.

Students interested in European study, research mobility and cross-cultural experience will find Adam Mickiewicz University a competitive choice due to its size, resources and international networks. Investigate campus facilities, student services and career support, and use keywords such as Poznań university, study in Poland and international scholarships when searching for admissions information and program guides.

The Master in Physics at Adam Mickiewicz University offers a cutting‑edge two‑year English program that delves into the physics of new materials with direct relevance to energy technologies. Tuition is 724.95 PLN per year, complemented by a 100 PLN service fee. Students build a solid foundation in solid‑state physics, thermodynamics, and magnetism, while also exploring interdisciplinary topics that bridge physics with chemistry, biology, and nanomaterial engineering.

Specialized courses provide hands‑on experience with advanced characterization techniques such as electron microscopy, Raman spectroscopy, and neutron scattering. Laboratory work includes material fabrication methods like lithography and thin‑film deposition, alongside computational modeling and simulation. This blend of experimental and theoretical training prepares students to tackle real‑world challenges in photovoltaics, artificial photosynthesis, and nanostructured devices.

Graduates leave the program equipped for careers in research, industry, and academia, particularly in sectors focused on renewable energy, advanced manufacturing, and high‑tech materials development. The university’s strong research collaborations and access to state‑of‑the‑art facilities enhance employability and open pathways to doctoral studies. For ambitious physicists eager to shape the future of sustainable technology, this master’s provides both depth and breadth of expertise.