- Published 6 manuscripts with international collaborators from 5 universities at prestigious venues including multiple IEEE journals and the Design Automation Conference.- Reduced physical prototyping time by 2x for atomic quantum dot (QD) logic experiments by codeveloping SiQAD, the first C++ CAD tool specialized for this application with cross-platform support.- Designed a flexible plugin API architecture for sharing details of the nanoscale environment and dynamic simulation results, leading to 6 incorporated physics simulators.- Sped up the design of atomic QD logic by 10x and reduced area cost by 10x by codeveloping a reinforcement learning agent using a DDQL architecture via PyTorch.

Assisted 11 offerings of ELEC 311 "Electromagnetic Fields and Waves" and 3 offerings of ELEC 461 "Nanotechnology in Electronics".ELEC 311 highlights:- Planned and filmed 50 instructional videos at UBC Studios with Dr. Yedlin for a flipped classroom curriculum.- Developed a suite of 5 Jupyter Notebook exercises to enhance the learning experience by guiding students through the implementation of fundamental physical formulations and the real time interaction with physics simulations.- Co-presented at the 2022 CTLT Spring Institute on the topic "The Livestream Lightboard and the Organic Building of Learning Communities".ELEC 461 highlights:- Gave lectures on D-Wave's quantum processing unit (QPU) architectures and how to program them via the Ocean SDK.- Designed a final project where students were tasked with simulating and analyzing quantum-dot cellular automata circuits directly on D-Wave's QPUs.