Theses
My theses
Affordable optical measurement methods for predictive rendering (PhD)
- PhD Thesis at Charles University, 2023
 - Supervisor: Alexander Wilkie
 - Digital Repository
 
Dimensional measurements from a limited set of X-ray projections (Master)
- Master Thesis at Charles University, 2019
 - Supervisor: Jan Horáček
 - Digital Repository, Download (.pdf, 59 MB)
 
Real-time light transport in analytically integrable participating media (Bachelor)
- Bachelor Thesis at Charles University, 2017
 - Supervisor: Oskar Elek
 - Digital Repository, Download (.pdf, 6 MB)
 
Supervision
I am happy to supervise Bachelor and Master theses that are relevant to computer graphics and close to my past and ongoing research. I would assume that you have some background in computer graphics and you are very comfortable programming at least in Python, ideally also C++. In general, I prefer theses that are either experimenting with a certain research problem, or implementing and improving an existing research publication.
If you would like to work on a Master thesis under my supervision, I would generally recommend that you have passed or signed up for at least the following courses:
- At least one advanced course on computer graphics (BRDF, light transport equation, Monte Carlo, etc.):
- NPGR010 — Advanced 3D Graphics for Movies and Games (more advanced)
 - NPGR033 — Computer Graphics for Computer Games (less advanced)
 
 - A sophisticated introductory course to deep learning, e.g.:
- NPFL138 — Deep Learning
 
 - Courses in advanced programming with some non-trivial background in C++ and parallel computations
 
You can also bring your own topic to me. In that case, I would expect you to have a deeper understanding of what you would like to achieve.
Current supervision
Currently, I am supervising:
- a Master thesis related to Mitsuba 3 in a distributed cluster environment,
 - a Master thesis related to radiance fields (NeRF) and their use in 3D printing.
 
Supervision history
In the past, I supervised the following Bachelor and Master theses.
Smooth Minecraft terrain rendering
- Bachelor Thesis at Charles University, 2023
 - Author: Eduard Hopfer
 - Digital Repository
 
Improving probes in dynamic diffuse global illumination
- Master Thesis at Charles University, 2022
 - Author: Dominik Roháček
 - Digital Repository
 
Simulating image formation in an electron microscope by electron tracing
- Master Thesis at Charles University, 2021
 - Author: Pavel Mikuš
 - Digital Repository