Growing up on the North Shore of Vancouver surrounded by mountains, I’ve found myself taking inspiration from nature in the work that I do. After more than six years managing an agricultural research field at UBC, I took a leap of faith and returned to school to pursue electrical engineering; four years into BCIT, I’ve built a strong technical foundation and discovered I genuinely love taking projects from a rough idea all the way to a working system. From defining requirements, to designing PCBs in KiCad, writing embedded firmware, integrating sensors, and modeling parts in CAD (FreeCAD/ SolidWorks/ Inventor), I enjoy working across the whole product lifecycle. Right now, I’m developing SmartPost, a smart mailbox product. I’m happiest mixing robotics, automation, and 3D design, but I also enjoy core electrical design—especially power electronics and power systems—and I’m especially excited by projects that blend sensing, automation, and energy systems in areas like ag-tech, renewables, and electric transportation.
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C++ + OpenCV + cvui: AR workspace, ChArUco tracking, IK/FK, smooth trajectories
C++ robotics demo with an interactive cvui control panel and OpenCV-based vision/visualization. A virtual camera overlays a 3D workspace onto the live camera feed, ChArUco markers provide robust pose tracking, and IK/FK + trajectory generation enable clean, repeatable motion between target “digital cubes.”
IoT delivery security: weight verification + 3 cameras + automated locking
Built a secure, IoT-enabled package receiver on a Raspberry Pi 4 with HX711 load-cell sensing, multi-angle video, and a motorized door + locking system. Includes client-server networking for live view, notifications, and remote control.
Computer vision + motor control + 3D printed mechanism
Automated object sorting using real-time camera input (OpenCV), motor control logic, and custom 3D-printed mechanical parts for the conveyor and diverter system.
Client-server control + live video + custom PCB HAT
Remote-operated vehicle using a Raspberry Pi 4 and a laptop connected via a client-server architecture. Includes live video streaming, multi-camera views, and a custom PCB HAT for power and I/O integration.
Pico 2 W secure access control with RFID, keypad, solenoid + web-based OTP
Built a secure lock box using FreeRTOS tasks for responsive input handling and actuator/state control. Users authenticate via PN532 RFID + 4x4 keypad, and can generate one-time codes through an HTML-based Web UI.
Burnaby, British Columbia, Canada
Bachelor of Engineering in Electrical Engineering
Victoria, British Columbia, Canada
Bachelor of Science: Major in Microbiology, Minor in Biology (Co-op)
Email is best: ghealy4@my.bcit.ca
Based in Vancouver, BC (PST) • Targeting an EIT / Junior Electrical Engineering position