Execution Bias
I prioritize prototypes, validation, and measurable outputs so ideas become testable systems fast.
Electrical Engineering Student — Queen's University
I prioritize prototypes, validation, and measurable outputs so ideas become testable systems fast.
From power electronics to controls, I build with safety, repeatability, and diagnostics in mind.
TA, internship, and team project experience means I can explain complex work clearly and collaborate well.
I'm a third-year Electrical Engineering student at Queen's University with a passion for automation, embedded systems, and power electronics.
I have hands-on experience from internships at Airbus Helicopters and ZDFlex — working on IT systems, electrical panel design, and robotic automation. I'm also actively involved in Queen's Formula SAE and Queen's High Performance Computing.
My expertise spans from low-level embedded programming (Verilog, VHDL, C/C++) to high-level system design and automation (PLC, EPLAN P8, MATLAB).
Signals & Systems · Embedded Systems · Control Systems · Data Analysis · C and Python Programming
MATLAB-based toolkit analyzing signal behavior, detecting anomalies, and automating performance reports for engineering test decisions.
Multi-agent orchestration system coordinating scene, motion, and interpolation modules for parallelized video generation workflows.
Autonomous navigation algorithms with sensor fusion on Raspberry Pi, enabling real-time decision making and obstacle avoidance.
Machine learning classifier built to differentiate between jumping and walking activities using sensor data and feature engineering.
Wireless telemetry pipeline transmitting battery pack data at 10 Hz for real-time monitoring and early fault detection during testing.
Designed and debugged a 120V→12V AC-DC low-voltage converter achieving 92% efficiency using LTSpice simulation and KiCAD PCB design.
Air quality monitoring system using Arduino enabling real-time CO₂ and PM2.5 detection with 95% accuracy.
Open to internships, research, and engineering opportunities.
If your role involves embedded systems, automation, or hardware validation, include a short brief and timeline for a faster response.