Budapest University of Technology and Economics
Physicist MSc Program
Physicist MSc Program
Building on the foundations obtained during a BSc, the Physicist MSc Program of BME is primarily about mastering your chosen specialization. 85% of the courses are related to your chosen specialization, some of them are project-based. We welcome students to our Physicist MSc program, whether having a BSc from BME's Physics or Physicist-Engineer program, or from other engineering or science BSc programs - we can also tailor the curriculum to help you acquire the necessary basic knowledge.
Choose one of our specializations!
Our flexible curriculum can be
tailored for your needs
Physicist MSc
- 4 semesters
- 120 credits
- Start: autumn or spring semester
Common compulsory subjects
Physics main courses
Three of these core courses must be completed in accordance with the requirements of the specialization: statistical physics, particle physics, nuclear physics, quantum physics of atoms, nanophysics, nanotechnology and materials science, fundamentals of photonics, and computer simulations in physics.
15 credits
Other courses
Artificial Intelligence in Physics, Colloquium, Management and Communication
10 credits
Specializations
6 SPECIALIZATIONS
6 SPECIALIZATIONS:
RESEARCHER PHYSICIST | QUANTUM TECHNOLOGY | NANOTECHNOLOGY AND MATERIALS SCIENCE | OPTICS AND PHOTONICS | NUCLEAR TECHNOLOGY | SCIENTIFIC DATA PROCESSING
Broad choice of courses, flexible study plan, which can be adapted to your independent research. The compulsory laboratory practices give you access to state-of-the-art measurement techniques.
35 credits
Other courses of interest
Any of the courses offered by BME
6 credits
Independent research
Independent laboratory and diploma work, scientific presentation
Independent research under guidance of a supervisor, related to a research or development project, with opportunities for teamwork, publication in international journals, participation in conferences.
Review of scientific literature, presentation of literature and own results.
54 credits
Internship
3 weeks
Research Physicist specialization
Up-to-date knowledge in condensed matter, statistical physics, and quantum systems. Emphasis on developing skills in problem solving and model building, necessary for scientific research.
Solid State Physics
Complex magnetic structures
Atomic level simulations
Quantum systems
Nanophysics
Exotic quantum phases
Ultracold atoms
Quantum field theory
Flexible choice of subjects cover broad areas of physics:
Condensed matter physics
Advanced solid state physics, Semiconductor Physics, Superconductivity, Magnetism, Electron structure calculations, Optical spectroscopy, Transport in complex nanostructures, etc.
Quantum systems
Quantum field theory, Quantum world, Topological quantum systems, Quantum bit architectures, Quantum optics, etc.
Statistical physics
Non-equilibrium statistical physics, Classical and quantum phase transitions, etc.
Our former students are already successful researchers or developers, join us!
Dávid Guszejnov
Izabella Lovas
Nanotechnology and Materials Science specialization
Understand the nanoworld, and the nanotechnological applications that shape our daily life, gain experience with the state of the art in material diagnostics and sample fabrication. Learn about exciting fields such as neuromorphic or quantum electronics, and the development of nanosensors and measurement techniques for the semiconductor industry.
Neuromorphic computing
Two-dimensional materials
Quantum transport in nanostructures
Semiconductor technology
Surface Physics
Spintronics, nanomagnetism
Nanosensors
Superconducting nanocircuits
Self-assembling nanostructures
Modern methods of materials testing
Learn about the latest developments in the field, and choose your subjects flexibly, according to your individual interest!
Main courses:
- Nanophysics
- Nanotechnology and Materials Science
- Nanotechnology and Materials Science Advanced Laboratory
- Semiconductor Physics
- Advanced semiconductor devices
- Semiconductor metrology
- Optical spectroscopy
- Advanced solid state physics
- Atomic level simulations
- Surface Physics
- Chemical methods in nanotechnology
- Transport in complex nanostructures
- Quantum bit architectures
- Magnetism
- Superconductivity
- Topological systems
- Artificial intelligence
Our former students are already successful researchers or developers, join us!
Balázs Gyüre-Garami
Krisztián Dávid
András Gyenis
Péter Makk
In our labs, you can even
develop your own nanocircuit!
In our research labs you can use the most modern measuring techniques!
In our research groups, you will become part of an international research community, and you will also have many social experiences beyond physics! International study trips, workshops, group excursions and much more await you!
Quantum Technology specialization
Discover the rapidly evolving world of quantum technology, which offers a wide range of applications, from ultra-precise measurement methods to quantum computers. Gain a solid foundation in the field, acquire hands-on experience in quantum technology, and get involved in cutting-edge research projects.
Quantum Computers
Quantum Optics and Quantum Communication
Quantum Sensing
Semiconducting and Superconducting Quantum Bits
Topological Circuits and Topological Quantum Computation
Modeling of Quantum Protocols, Error Correction
Quantum Dynamics
In our courses, you can discover the mysteries of quantum phenomena and the latest quantum technologies!
Main courses:
- Quantum Information Processing
- Quantum Computing Architectures
- Quantum Sensing and Quantum Communication
- Emerging Devices and Architectures for Information Technologies
- Quantum Physics with Atoms
- Nanophysics
- Quantum Optics
- Topological Quantum Systems
- Quantum World
- Advanced Quantum Physics
- …
Optics and photonics specialization
Focus on optics and optoelectronics, laser physics, and its applications. Get to know the intricacies of quantum optics, learn how to use ultrafast laser pulses, and a broad scale of industrial applications of optical technologies.
Femtosecond lasers and applications
Quantum light sources
Optical design and measurement techniques
Photonic devices
Photonic devices
Fluorometry
Displays
Learn about the mysteries of optics from optical design to quantum optics!
Main courses:
- Fundamentals of photonics
- Optics and photonics advanced laboratory
- Light sources
- Physics of optics
- Photonics laboratory
- Quantum Optics
- Laser Physics
- Industrial and biological applications of lasers
- Nonlinear optics
- Optical materials and technologies
- Optical signal processing and data storage
- Optical metrology
- Optical spectroscopy
- Optical engineering
Our former students are already successful development professionals, join us!
Enikő Kis
Nuclear technology specialization
Immerse yourself in nuclear physics, reactor physics, nuclear measurement technology, radiation protection, nuclear power plant modeling and control, or fusion energy. Develop strong theoretical and practical skills using the only training reactor in Hungary.
Reactor physics and nuclear instrumentation
Thermohydraulics
Radiochemistry
Fusion power generation
Fusion power generation
Radiation protection
Learn all the ins and outs of the nuclear profession!
Main courses:
- Nuclear Physics
- Nuclear Engineering Advanced Laboratory
- Nuclear Power Plants
- Fusion plasma physics
- Nuclear Power Plant Operation
- CFD methods and applications
- Monte Carlo methods
- Neutron and gamma-ray transport calculations
- Radiation protection
Our former students are already important members of the nuclear profession, join us!
Viktor Holl
Scientific Data Processing specialization
From AI to medical imaging, from massive datasets to complex systems: learn how to turn data, mathematics and physics into working solutions. Build models, run simulations, control experiments and explore technologies shaping the future.
Data Science
Network Science
Machine Learning
Statistics and Statistical Physics
Nonconventional Computing
Data Science Aided Experimental Data Analysis
Our courses provide a broad range of training in the field of data science!
Main courses:
- Fundamentals of Data Science and Artificial Intelligence (if not covered in previous studies)
- Statistical Physics
- Computer Simulations in Physics
- AI Assisted Scientific Programming
- Financial Engineering
- Advanced Statistics
- Data-driven and Agent-based Modeling
- Causal Analysis of Time Series
- Evolutionary Game Theory
- Computational Neuroscience
- …
Meet us!
You are invited to our open days and talent programs.
Open Days
Meet us at our Faculty Open Day, BME Open Day, or at the Educatio exhibition!
More information (in Hungarian): sciencecampus.bme.hu/nyilt-napok. Foreign students are welcome to contact us here.
Nobel Prize-winning experiments for secondary school students
Perform experiments in our labs in Nobel-Prize-related topics!
More information (in Hungarian): sciencecampus.bme.hu/nobel-dijas-kiserletek. Foreign students are welcome to contact us here
Science Campus lectures
We look forward to seeing you at our scientific lectures!
More information (in Hungarian): sciencecampus.bme.hu/science-campus-eloadasok. Foreign students are welcome to contact us here.
Scientific Summer Camp
Exciting events and experiences await you at our Scientific Summer Camp!
More information (in Hungarian): http://sciencecamp.ttk.bme.hu/
Foreign students are welcome to contact us here.
Spectacular experiments
Do you like exciting or even shocking experiments? Look at our experimental demonstrations! We are waiting for you at Károly Härtlein’s experimental demonstrations!
More information (in Hungarian): sciencecampus.bme.hu/kiserletibemutatok. Foreign students are welcome to contact us here.
