- Received funding from NetEase to develop and test a distributed web-based system to enable drum circle performances across the internet, consisting of a Java WebSocket server and JavaScript / p5.js front end- Individual contributions included developing functional and responsive interfaces for the front end and a back end design emphasizing legibility and extensibility

- Graded assignments and held weekly office hours for CS312 Computer Graphics class- Assisted students with understanding vector math, using OpenGL, GLFW, GLSL and GLM in a C++ development environment

- Developed new algorithms and improved the efficiency of existing algorithms to solve the “four corners” problem and its variations- Implemented algorithms in well-documented and legible python code and published them in an open source repository- Poster presentation on this work "Efficient Algorithms for the Four Corners Problem and Two-Dimensional Pattern Matching" accepted to and presented at NCUR 2021

- Simulated soft matter systems in C++ using a Linux cluster housed at the University of Pennsylvania to investigate the role played by scaffolding in the structure and dynamics of a jammed solid - Designed experimental protocols, introduced new conventions for organizing and archiving data in MatLab- Presented poster “Trends in the jamming threshold with respect to the pin-mobile ratio” at Sigma Xi Fall 2019 poster session, and as part of the Swarthmore Physics Department Senior Comprehensive- Presented poster “Jammed solids held together with pins: structure and dynamics” remotely as part of the 2020 APS March Meeting - Findings published as part of a paper “Structured randomness: jamming of soft discs and pins” in Soft Matter, Issue 22, 2020