Professional title awarded: Master of Science.

The Master’s program in Nanophysics and Advanced Optics aims to equip students with advanced knowledge and practical skills essential for working in modern research and industrial laboratories.

The field of nanophysics encompasses the study and application of materials and processes at the nanoscale, which plays a crucial role in emerging areas such as nanotechnology, electronics, biophysics, and medicine. On the other hand, advanced optics covers both theoretical and practical aspects of imaging technologies and information transmission. The growing significance of these fields in electronics, medicine, biotechnology, and optoelectronics has created a demand for specialists with both strong theoretical foundations and hands-on experience.

The program is designed to prepare graduates for research and development (R&D) careers, with a strong focus on developing the following competencies:

1. A deep understanding of advanced theoretical concepts in nanophysics and optics.
2. The ability to conduct experimental research in state-of-the-art laboratories equipped with nanomaterial manipulation and analysis tools.
3. The development of new materials and optical technologies, including photonics and quantum optics.
4. The ability to work in interdisciplinary research and development teams.
5. Strong communication and project management skills in scientific and industrial settings.

Graduates of Nanophysics and Advanced Optics will find employment opportunities in R&D laboratories, technology centers, the optical industry, electronics, the medical sector, and research institutions specializing in nanotechnology. They are also in demand at universities and organizations focused on the development of new technologies.

This Master’s program responds to the increasing demand for specialists in nanophysics and advanced optics. Graduates will acquire both comprehensive theoretical expertise and practical skills, enabling them to pursue careers in cutting-edge technological sectors and scientific research.

Qualification criteria

Diploma of completion of I or II degree studies in physics or another related field of study of at least the first degree (a related field of study is considered to be a field of study that is assigned to the field of exact and natural sciences in the leading discipline of physical sciences).

Documented knowledge of English at the B2 level. In case of a lack of documented English language proficiency, the candidate will be required to undergo a qualification interview in English, which will verify language skills (at least at the B2 level).

The qualification of the candidates is carried out based on the competition for higher education diplomas.

The Faculty Enrolment Committee makes the final decision within the time limit resulting from the recruitment schedule.