ETH ETH Doctor of Science ETH Informatik 2016 2019 researched how photorealistic images can be created efficiently simulating light-matter interactions in a virtual scene. focused on solving this prob

ETH
ETH
Doctor of Science ETH Informatik
2016 2019
researched how photorealistic images can be
created efficiently simulating light-matter
interactions in a virtual scene. focused on
solving this problem with the help of machine
learning. My work led to multiple publications in
well regarded venues, received a "Best Paper
Award" at EGSR 2017, and was featured on the
cover of Computer Graphics Forum in 2017
(volume 36).
As part of this endeavor had the pleasure to
work on Disney's Hyperion Renderer, where
integrated findings from two of my research
papers.
ETH Zurich
Master of Science ETH (MSc), Informatik
2014 2016
In my thesis, developed an algorithm for
efficient rendering of heterogeneous,
polydisperse mixtures of grains, ultimately
leading to a publication at SIGGRAPH Asia. later
implemented the algorithm in Disney's Hyperion
renderer during a short stay at the animation
studios.
ETH Zirich
Bachelor of Science ETH (BSc), Informatik
2011 2014
In my thesis, developed an algorithm for
stabilizing shaky video footage based on
"Bundled Camera Paths" [Liu 2013].