- 🎓Pursuing Bachelor of Applied Science in Mechanincal Engineering in University of Toronto.
- 🚀Passionate about Aerospace Engineering and Robotics.
- 💻Developer with lifelong-learning mindset, committed to creating innovative-driven solutions to make technology more accessible.
- 🌎Actively exploring the world of software and coding, with particular focus in Python and collaborative works.
- 🔭 Currently: Structures Lead @ UTAT UAS (SAE Aerodesign) · Aerodynamic Co-Lead @ UTAT Rocketry
GLOW — G-Code Generator for Additive Manufacturing
Solo-built desktop app that batch-generates G-Code for Direct Energy Deposition 3D printing from CSV process parameters. Integrates an ML model to predict missing geometry parameters, consists of ~6,000 LOC, it is in active daily use at the LEMAM lab, and cited in a Nature-published paper on accelerated alloy discovery.
Python C++ PyQt6/Qt
UTAT Rocketry — Aerodynamics & Flight Simulation
Aerodynamic Co-Lead directing aerosurface design and flight analysis across three concurrent rocket programs (the team's first double-stage, first liquid, and second hybrid rocket). Built automated Monte Carlo dispersion tooling using RocketPy, a Genetic Algorithm optimization framework for aerosurface geometry.
OpenRocket RocketPy Python
UTAT UAS — SAE Aerodesign
Structures Lead for an autonomous hybrid fixed-wing/VTOL tricopter, leading the fuselage design, analysis, and testing. Designed motor mounts, selected fuselage airfoils via XFLR5 analysis, and built modular assembly jigs that resolved recurring manufacturing alignment issues.
SolidWorks XFLR5 Composite Manufacturing
