PhD at the University of Sydney (Quantum Theory Group), where I work with Dominic Williamson (advisor) on fault-tolerant quantum computing.

MASc at the University of British Columbia (QSAR group), where I worked with Olivia Di Matteo (advisor) and Natalie Klco to simulate quantum field theories on quantum computers. Our work culminated in the following publication in Physical Review D: Non-Abelian dynamics on a cube: Improving quantum compilation through qudit-based simulations. I also enjoyed an internship at softwareQ, working on distributed hyperbolic Floquet codes.

Technical co-founder of Verdi Expeditions, where I architected the world's first variable-rate drip irrigation (VRDI) system. To maintain scalability of the system, I focused on defining the right abstraction layers and interfaces spanning electronics, firmware, networking, manufacturing and modeling. The architecture worked so well that it made a VC exclaim, "How the heck are you scaling your system with such little capital?" The ultimate goal of Verdi is to enable computation on farms at all levels, be it hardware, edge or cloud. If you can help us, please reach out.

BASc at the University of British Columbia, where I majored in Electrical Engineering and minored in Physics. Got interested in computation & physics (as separate subjects). Explored these topics through 3 internships: UBC System-on-a-Chip Lab, Intel NSG (now Solidigm), and Delta-Q. I made a 50x cheaper-than-off-the-shelf microfluidic flowsensor for the UBC BioMEMS Lab using optimization algorithms and the behaviour of heat + microscale fluids. Other notables: built my first turing-complete cpu and ran my first (tridiagonal) physics simulation.