About Me
I’m a fourth-year Electrical Engineering student at McMaster University with a strong interest in power systems, electrical power generation, and embedded hardware. Through internships and projects, I’ve worked on low-voltage power distribution, system simulations, and hardware prototyping using tools like Power BI, MATLAB, and Verilog. I enjoy applying technical skills to real-world challenges—whether it’s optimizing energy systems or designing embedded solutions that bridge software and hardware.
Skills
Experience
Projects
Extra-curriculars
- Design/Hardware
CAD (Autodesk Inventor), PCB Design, 3D Printing, Microcontrollers (Arduino, Raspberry Pi), Verilog, Soldering
- Electrical Analysis
Circuit design, testing, troubleshooting, Power BI, Microsoft Access, LTSpice, PSpice
- Programming
Python, C, C++, MATLAB
- Collaboration
Teamwork, Project Coordination, Vendor Communication, Organization
- May 2024 – August 2024
Assistant Technologist at ISDN Technologies Inc
- May 2023 – August 2023
Electrical Engineering Support Intern at E2G Energy Services Inc
- Autonomous Electric Vehicle System
Built and programmed a 1/10th scale autonomous car using ROS, Jetson Nano, and LiDAR. Developed real-time navigation, mapping, and obstacle avoidance using Python and C++.
- Heal-AI
Created an AI tool that analyzes physical injuries and recommends treatments using Python and machine learning. Achieved 80% accuracy and won the Best Health Hack award at MacHacks 3.
- Embedded LiDAR Measurement System
Designed a 3D-printed rotary mechanism with a time-of-flight sensor to capture 360° spatial data. Used microcontrollers to process measurements for 3D mapping.
- Snake Game
Built a classic Snake Game using Object-Oriented Programming in C/C++. Integrated advanced data structures like doubly linked lists, stacks, queues, binary search trees, and hashing to enhance code efficiency and game performance.