In 2026 I graduated with a Computer Science PhD from UT Austin, where I was supervised by Etienne Vouga. During this time I spent a lot of time thinking about applications of differential geometry to problems in computer graphics. Before that I designed and manufactured a microcontroller called the Whoa Board and developed algorithms for SLA 3D printing.
The UT Austin CS department published a nice little article about some of our research.
Please contact me if you’ve got a problem where my expertise might be useful. I am excited about lending my skills to interesting projects.
Come and stay a while, play a thought or two. Get a little lost.
We explore foundational geometry processing problems related to the development of robust inverse design of periodic structures like stripes, weaves, and trusses, on complex geometric domains.
Computer Graphics Forum (2025) , Appeared at SGP 2025
We develop a novel representation of symmetric frame fields together with corresponding discrete smoothness and integrability operators.
We study the design of cross fields on surfaces using spherical harmonic representations.
We develop an end-to-end computational basket weaving pipeline.
A simple and effective technique for hyper edge prediction and knowledge graph completion
ACM SIGGRAPH 2017 Studio (SIGGRAPH '17).
A circuit board for making Electro-Luminescent Materials touch sensitive
Mentoring Undergraduates interested in Geometry Processing Research
We developed a Responsible Robotics teaching module, intended to be included in upper-division and graduate level robotics courses.
Together with several other students, proposed an overhaul of the UT CS department Masters Admissions Criteria with the aim of making the graduate admissions pipeline more inclusive.
Helped organize the admitted students weekend
