As a Computer Science engineer with over six years of experience in high-performance computing and research, I specialize in physically-based and neural rendering, computer vision, and computational imaging. My work bridges the gap between cutting-edge research and robust, high-performance software β most notably through contributions to Mitsuba 3.
My research, published in ACM Transactions on Graphics and Optics Letters, demonstrates a deep commitment to innovation, precision, and impact. I have led projects from concept to deployment, authored award-winning thesis, and developed tools such as VERIV (13.3k+ installs) and MiTransient (Best Poster ICCP 2024, 7.8k+ downloads), now used by researchers worldwide.
* Equal contribution
Non-line-of-sight imaging in the presence of scattering media using Phasor Fields
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Optics Letters , 2022
Primary-Space Adaptive Control Variates using Piecewise-Polynomial Approximations
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ACM Transactions on Graphics , 2021
VERIV - Vscode Extended Range Imaging Viewer
VERIV enables in-VS Code loading and visualization of LDR/HDR images, complemented by numerous useful features and remote capabilities.
miTransient - Mitsuba 3 Transient Rendering
miTransient is a Mitsuba 3 library enabling state-of-the-art transient simulations, including exceptional support for non-line-of-sight (NLOS) data capture.
Blender Exporter for Mitsuba 1
Blender plugin for seamless export to Mitsuba 1.
Citation File Format (CFF) Online Editor
With CFF, you can swiftly integrate your publication's citation into your GitHub repository, leveraging automatic data retrieval from a DOI or arXiv ID.