Directed individual studies
TDK (students’ scientific circles), summer internships, BSc thesis, MSc thesis, PhD research for physics, electrical-, chemical-
and mechanical engineering students.
For more details please contact the topic’s supervisor!
Ph.D. Courses
- 2 semesters: Optics and quantum optics
- 1 semester: Applied solid state physics
- 2 semesters: Surface physics
- 1 semester: Laser physics
- Directed individual studies (6 semesters)
Over 120 students have participated in the program.
52 students have been awarded a PhD degree in the last 10 years
Accredited courses of the department
The actual fact sheets (sorry, in Hungarian only!) are available from the Hungarian page.
- For BSc courses click here
- BMETE12AF01 Optics
- BMETE12AF02 Physical Laboratóry 5
- BMETE12AF17 Programming 2
- BMETE12AF04 Spectroszcopy
- BMETE12AF05 Vacuuumphysics
- BMETE12AF18 Programming 3
- BMETE12AF07 Laser technique
- BMETE12AF08 Micro- and Nanotechnologies
- BMETE12AF09 Microszcopy
- BMETE12AF10 Foundations of Biophysics
- BMETE12AF11 Applied Plasma Physics
- BMETE12AF14 Selected Chapters from modern technologies
- BMETE12AF15 Foundations of Elektrodinamics
- BMETE12AX00 Connaissances de base en chinie pour les ingenieurs
- BMETE12AX12 Experimental Methods in Material Science
- BMETE12AX13 Chemistry for Electrical Engeneers
- BMETE13AF03 Experimental Physics 2
- BMETE13AF06 Experimental Physics Practices 2
- BMETE15AF11 Szakdolgozat-készítés
- BMETE13AX01 Physics for Enviromental Engeneers (Physics K2A)
- BMETE11AX01 Physics 1
- BMETE11AX02 Physics 2
- BMETE11AX03 Physics 1i
- BMETE11AX04 Physics 2i
- BMETE15AX03 Physics A3
- BMETE15AX02 Physics A2
- BMEGEFOAMO9 Applied Laser Technique
- For MSc courses click here
- BMETE12MF01 Solving Physical Problems
- BMETE12MF02 Physical Materials Science
- BMETE12MF03 Physics Laboratory AP
- BMETE12MF04 Seminar AF1
- BMETE12MF05 Seminar AF2
- BMETE12MF06 Seminar AF3
- BMETE12MF07 Seminar AF4
- BMETE12MF08 Project Laboratory AP1
- BMETE12MF09 Project Laboratory AP2
- BMETE12MF10 Comprehensive Examination in Applied Physics
- BMETE12MF11 Internship AP
- BMETE12MF12 Thesis AP
- BMETE12MF13 Introduction to Optics
- BMETE12MF14 Light Sources
- BMETE12MF37 Physical Optics
- BMETE12MF16 Qantumelectrodynamics
- BMETE12MF17 Laser Physics
- BMETE12MF33 Optical Materials and Technologies 1.
- BMETE12MF34 Optical Materials and Technologies 2.
- BMETE12MF19 Optical information Processing and Data Storage
- BMETE12MF39 Fundamentals of Optical Design
- BMETE12MF21 Optoelectronic Devices
- BMETE12MF22 Electron- and Ion Pptics
- BMETE12MF35 Surface Physics and Thin Films 1.
- BMETE12MF36 Surface Physics and Thin Films 2.
- BMETE12MF38 Semiconductor Physics
- BMETE12MF25 Spectroscopy and Structure of Matter
- BMETE12MF26 Electrical and Optical Properties of Solids
- BMETE12MF27 Trends in Materials Science
- BMETE12MF28 Vacuum Physics and Technology
- BMETE12MF31 Experimental Methods in Material Science 1
- BMETE12MF32 Experimental Methods in Material Science 2
- BMETE11MX00 Physics 3 (up to date information)
Laboratory measurements for students
- Coherent optical signal processing
- Laser diode
- Optical waveguide
- Acoustooptic filter
- Electron beam lithography
- Optical gratings
- CD pickup head
- Laser vibration meter
- CO_2 lasers in medicine
- CO_2 lasers in the industry
- Acoustooptic light diffraction
- Optical heterodyne detection
- Study of lens defects by ray tracing
- Absorption of Gamma rays, liquid level and density measurements
- Absorption and reflection of Beta rays, thickness measurement
- Magnetooptical Kerr-angle measurement. Measurement of magnetic moments by vibrational magnetometer
- Lock-in amplifier.
- Semiconductor optical detectors
- Auger electron spektroscopy
- X-Ray diffraction
- Secondary Ion Mass Spectrometry
- Testing of optical properties of CD-read/write heads
- UV, visible and NIR spectrophotometry
- Chlorophyl fluorescence
- Absorption studies on ZnSe single crystals
- Spectrophotometer: Hydrogen spectrum, band gap
- Tunable dye laser. Optical multichannel analyser