Mechanical Engineering Co-Op Student
Tottenham, Ontario, Canada
• Contributed to the integration of geospatial data into facility planning and design using QGIS, successfully advancing a $90 million paint line project to its construction phase.• Implemented data-driven design in SolidWorks and AutoCAD to develop new tooling for welding robots, cutting maintenance costs by 45% and saving over $9,000 within three months.• Investigated and brainstormed solutions for physical and remote part detection on an industrial pallet line, including using linear displacement sensors, machine vision, and laser displacement sensors.• Improved production efficiency by 31% on a scissor jack assembly line by performing over 120 hours of root cause analysis and developing innovative solutions for part detection, driving continuous improvement.• Programmed and designed human machine interfaces for two robotic welders and assembly lines using Omron NB-Designer and CX-Designer, which improved process efficiency by 21%.