About the programme
ollow-up Master’s degree programme in Physical Electronics integrates both classical and modern approaches of applied physics with engineering and scientific practice. The programme is focused on the use of advanced physical methods, computer modelling, and modern experimental techniques to address real-world technical and research problems.
The curriculum focuses on the interaction of electromagnetic fields with materials, the operation of photonic structures, quantum generators, and plasmas. Emphasis is also placed on methods of their computational and experimental investigation. The programme includes laboratory courses and individual research projects, which may lead to published results or applications in engineering practice.
Students choose one of three specializations:
Laser Physics and Technology (LPT)
focus on laser sources, coherent beams, and nonlinear optics
Photonics (PHO)
focus on modern photonics, optics, and photonic (nano)structures, including their design and applications
Computational Physics (CP)
integration of physics, numerical simulations, and computational modelling
programme content
Students will attend core courses focused on:
- physical, statistical, nonlinear, and quantum optics,
- electrodynamics,
- laser physics — including solid-state, diode, gas, X-ray, and related systems,
- atomic physics.
Career prospects
Graduates of the program find employment in research and development teams, laboratories, cutting-edge technology companies, as well as in academic environments. Thanks to their strong foundation in physics, mathematics, and computer science, they can work in areas such as laser technology, optical communications, sensing, nanotechnology, computer modeling, or certification and metrology. Many continue on to doctoral studies. Owing to their strong analytical thinking and ability to apply technology, graduates also find opportunities beyond technical fields, for example in management or the financial sector.
state final exam
Compulsory subjects
Electrodynamics
Optional subjects
Optics and Quantum Electronics
Computational Physics
Laser Physics and Technology
Photonics
Numerical Methods in Applied Physics
Physics of Laser Plasma and Inertial Fusion