Skills
Computer Aided Design: SolidWorks, Ansys, Inventor, Fusion 360, KiCad, Altium, MeshLab, CATIA v5, AutoCAD
Manufacturing: Mill & Lathe, 3D Printing, Soldering, Composite Fabrication, Waterjet, Laser Cut, Test Lab, GD&T
Software: Python, C, C++, Java, Git, LabVIEW, Arduino, Raspberry Pi, SQL, ROS
Technologies: MCUs & Embedded Systems, MATLAB/Simulink, SimulationX, Oscilloscope, Linux/Docker
Experiences
Scientific Instrument Development Intern, Cornell University
May 2025 – Aug 2025
  • •Developed a gravity drop plunging system with millisecond scale precision for time resolved crystallography
  • •Engineered a gas exchange manifold reducing cold gas layer above LN₂ to <1 mm to minimize sample pre-cooling
  • •Redesigned and unified the electrical system for a motor driven automatic plunging device, consolidating legacy subsystems into a single integrated PCB architecture
    • New Product Development Intern, Musashi Americas
    Sep 2024 – Dec 2024
  • •Owned development of a patented smart sensing technology implementing live telemetry of vehicle's suspension, with 75% lower cost compared to existing solutions, and targeting production of 200k units annually
  • •Designed a 4-layer automotive grade PCB communicating over CAN to livestream vehicle diagnostic data
    • Undergraduate Researcher, University of Waterloo
    Jan 2024 – Present
  • •Aerosol Research Group (Sep 2025 – Present): Evaluating optical particle sensing methods for aerosol measurement

  • •OrthoTron Lab (Apr 2024 – Aug 2024): Designed spinal tester components enabling 6-axis specimen loading with FEA validation, and generated vertebrae models from CT scans for 3D printing

  • •Robohub (Jan 2024 – Apr 2024): Designed and implemented ROS2 based navigation and control algorithms for autonomous mobile robot lab modules used in undergraduate and graduate courses
    • Controls Lead, Waterloo Rocketry
    Apr 2023 – Aug 2025
  • •Led an interdisciplinary engineering team of 30+ students in the design of active stability control systems
  • •Developed control systems (LQR, Kalman filter, trajectory prediction) in C on an STM32 MCU running FreeRTOS
  • •Constructed simulation in Simulink with 6DoF platform to evaluate and tune controller for gain optimization
  • •Designed CFD simulation in Ansys for aerodynamic characterization of the flight vehicle with Python automation
    • Education
    BASc Mechatronics Engineering, University of Waterloo
    Sep 2022 – May 2027 | Waterloo, ON

    Project details are included in the portfolio (next page)