About Me

Hey there! Thank you for visiting my portfolio!

I am a dedicated Mechatronics and Robotics Engineering student at Queen's University with a passion for designing, prototyping, and building innovative robotics and autonomous systems. My goal is to apply my skills in hardware, electronics and software to develop cutting-edge robots that can make a positive impact on the world. 

I am currently in my final year at Queen's taking advanced courses in Mobile Robotics, Robotics Design, FEA, Computer Vision, Machine Learning and AI, Autonomous Systems, and Additive Manufacturing. Alongside my studies, I am the Mechanical Team Lead for the Queen's RoboMaster Design team, a worldwide DJI sponsored competition where student built robots battle in an FPS style arena.

Recently, I completed an internship at Sarcomere Dynamics, a humanoid robotics startup in Vancouver that focusing on developing highly dexterous robotic hands. My role was as a robotics design co-op where I was the main engineer developing the robotic fingers for the next generation of the robotic hands (Artus Dex). The hand aims to have 26 DOF with my fingers having 4 DOF (1 underactuated) with precise angle measurements in the joints as well as force sensing capabilities at the finger tips. 

Prior to that, I spent 12 months at Hexagon Autonomy & Positioning in Calgary as an Automation Intern, contributing to both the Manufacturing Automation and Test Engineering teams. These experiences deepened my understanding of how mechanical, electrical, and software systems come together to create reliable autonomous platforms.

From internships and various design teams, I have developed a deep interest in designing the hardware and software components that power robotic systems. I thrive on transforming ideas into reality and seeing robots come to life through mechanical design and advanced technology.

I am a hardworking, adaptable individual with a growth mindset, always eager to learn and unafraid to take calculated risks to drive innovation. Whether it’s optimizing designs for manufacturability or integrating complex systems, I’m motivated by the challenge of solving real-world problems through robotics.