Professional

Mechatronics Engineer, Engine Plant (PEY co-op)

• Dual appointment to the Die Casting Mass Production and New Model (Hybrid Engine) teams for Civic and CR-V engines.
• Delivered 20 production-line improvements to die casting machines and robots, including 12 Mitsubishi PLC ladder logic and HMI upgrades and 8 custom mechanical parts designed in CATIA V5 and made in-house.
• Eliminated $180K a year in downtime by leading the move from paper-tag engine block traceability to automated barcode scanning, with custom fixtures and upgraded PLC logic that flags defective bins before final inspection.
• Saved $2.5K a year across 2 sand mold machines, and removed a severe sand inhalation hazard, by programming a PLC pre-die-change routine that drains the sand reservoir into 8 extra parts and cycle-stops the robot.

• PLC (GX Works)
• HMI (GT Designer)
• Robot teaching
• CATIA V5

Vehicle Interface Engineer, autonomous driving team (Chevrolet Bolt)

• Improved localization accuracy by 40% by wiring and programming wheel encoders to collect vehicle position data.
• Diagnosed 20+ autonomy faults by decoding CAN bus traffic and matching signal plots to vehicle behaviour.
• Verified autonomy compliance by running technical inspections with Vehicle Spy 3 CAN monitoring and diagnostics.

• CAN
• Odometry
• ROS
• C++
• Python
• Linux

Engineering Coordinator

• Dual appointment to the Instrumentation & Control and Mechanical teams on the retube, feeder and boiler refurbishments of the Darlington and Pickering nuclear generating stations.
• Revised 40+ mechanical engineering change packages so that design plans, requirement traceability matrices, drawings and calculations matched site conditions, speeding up the revision timeline by 25%.
• Prepared quotation requests and bills of materials for the I&C components of Pickering Units 5–8, used to install precise controls for the heat moderator across the reactor's 380 feeder pipes.

• Process instrumentation
• Wiring schematics
• CAD
• Excel

Mechatronics Researcher, biomedical engineering startup

• Built a microcontroller-driven mechatronic system and a custom 3D-printed fixture for a wearable medical device.

• Microcontrollers
• FDM 3D printing
• Data acquisition
• CAD

BASc Engineering Science, Robotics Engineering, Artificial Intelligence minor, PEY co-op

• Major GPA 3.92.
• Coursework: robotics fundamentals (Kalman, Bayesian and particle filters, SLAM), math for robotics (state estimation, optimization), dynamics and kinematics, control systems, applied deep learning, learning from data, embedded systems, electronics for robotics, data structures.

Hardware and tools

• PLC (GX Works)
• HMI (GT Designer)
• CAN
• SPI
• I²C
• CATIA V5
• Eagle
• SPICE
• ROS / ROS 2
• Linux
• MuJoCo

Programming

• Python
• C / C++
• PyTorch
• MATLAB / Simulink