
Electrical Team Lead & Battery Subsystem Lead @ McMaster Mars Rover
Lead Electrical Team at CIRC 2025, Developed custom 6-layer BMS, Rover communication boards, and power converters; led schematic & PCB validation.
I love learning how systems work
Computer Engineering @ McMaster University - I'm focused on PCB Design, embedded hardware projects, and digital design.

Lead Electrical Team at CIRC 2025, Developed custom 6-layer BMS, Rover communication boards, and power converters; led schematic & PCB validation.

Built vision pipelines and trained models for real-time multi-class detection.

Designed schematics and prototypes for wearable diagnostic hardware; validated power subsystems.

Developed recommendation systems and evaluated LLM/embedding pipelines for menu personalization.
Custom electric scooter integrating BLDC motor, ESC, li-ion pack, BMS, and onboard display.
The On-Board Controller (OBC) is a custom PCB project designed for embedded control applications. It features robust hardware for reliable operation in demanding environments.
BATMAN is a Battery Management System PCB project focused on safe and efficient battery monitoring and control. It includes advanced features for battery protection and data logging.
RAD is a custom PCB project for remote acquisition and data logging. It is designed for high reliability and flexibility in various data collection scenarios.
Fast video blurring app using OpenCV & MoviePy, deployed with Streamlit (SpurHacks 2025).
Assistive watch (ESP32 + Flask) using EasyOCR & OpenCV to read labels and provide TTS for accessibility.
Want to work together? Send a message — I typically reply within a few days.