ROSKA TAMÁS
DOCTORAL SCHOOL OF
SCIENCES AND TECHNOLOGY
The next breakthrough is yet to be written.
Have a research question that no one has answered yet?
Bioinformatics, bionics, neuromorphic systems, quantitative neuroscience, nanotechnology, language technology, microelectronics, biomedical imaging: choose your research direction, find an advisor, and build your own research career.
Research where scientific fields meet
Why pursue your PhD at Pázmány ITK?
Multidisciplinary research environment
Crossing the boundaries between computer science, engineering, and the life sciences is at the core of how our Doctoral School works.
Internationally recognized research
Our Doctoral School aims for, and expects, its students to achieve research results recognized at the international level. To earn the degree, you must publish at least two articles in recognized international peer-reviewed journals.
A personalized research path
Each semester, your individual study plan is approved by the Doctoral School Council based on your advisor's recommendation.
Connected to the research world
Our Doctoral School builds partnerships with universities, research institutes, and companies in Hungary and abroad, which contribute research infrastructure and expertise to the program.
How to become a PhD student
Find your research field. Browse the current PhD research topics
Prepare your application. Admission decisions consider your master's degree and final comprehensive exam results, your English proficiency, your previous research activity, and your potential and goals as a researcher. At least B2-level (upper-intermediate) English is required.
Apply! You will find the required documents and detailed admissions information on the Admissions page.
Three branches of science. Many points of connection. One research community.
Brain, nervous system, and neuromorphic systems
Quantitative neuroscience modeling, brain electrodes, neuromorphic robot control, and bionic interfaces.
Bioinformatics and systems biology
Proteomics, biomolecular dynamics, and modeling of protein interactions and biological networks.
Robotics and intelligent sensing
Bioinspired navigation, prosthetics, multimodal sensing, and motion analysis.
Biomedical technologies
Ultrasound imaging, multiphoton microscopy, lab-on-a-chip systems, and localized drug delivery.
Nano- and quantum technologies
Nanophotonics, nanoelectronics, nanoscale sensors, MEMS, and 3D integrated circuits.
Language technology and machine understanding
Human language technology, semantic representation, and natural language processing.
Explore all research topics!
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