Designing, prototyping, and engineering systems across automotive, robotics, and aerospace domains.
I'm an engineering student with a passion for technology and innovation. I recently completed my Bachelor's degree in Mechanical Engineering at the University of New Brunswick and am currently pursuing a Master of Engineering in Mechanical and Industrial Engineering at the University of Toronto.
Core Skills
Concept development, detailed design, and iteration across aerospace, product, and prototype systems.
Modeling dynamic systems and developing control strategies for performance and stability-oriented applications.
Using parametric CAD and simulation tools to test physical behavior and refine engineering decisions.
Translating ideas into hardware-aware systems with sensing, processing, and feedback loops.
Exploring flight performance, structural requirements, and control trade-offs in airborne systems.
Turning designs into physical prototypes, validating performance, and iterating rapidly.
Zhang, Q., Jiang, X., Harrison, N., Ali, S., Khirallah, Y., Lu, Y.* (2026, September). CurveGuard: A Physics-Informed Predictive Speed and Braking Advisory System for Heavy Trucks. 2026 International Conference on Vehicle Engineering and Intelligent Control (VEIC). SAE.
A multirotor aircraft project exploring airframe design, propulsion, onboard electronics, and flight control.
Applied advanced control methods to autonomously play flappy bird
A computer-vision anti-drone detection and interception system — optical AI tracking with zero radio interference.
A class project with the goal of learning and applying aircarft aerodynamics and control throry
Robot made to sort, store and transport balls for a class competition.
Class project landing gear mechanism for a small aircraft
A structured approach to organizing decisions, responsibilities, and follow-up actions.
Customized stands for my audio monitors
A telemetry-focused cockpit concept for visualizing system state and operator feedback.