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• Physical testing system to benchmark lunar wheel traction on slopes exceeding 35°
• Scalable adjustable ramp with linear rail design simulating reduced-gravity wheel-ground interaction

• Modelled historic wheel behaviour using Bekker's pressure-sinkage equations to estimate tread performance
• Used lunar terrain characteristics and mobility data to guide ramp angle, loading, and tread design
• Developed data workflow for tread displacement measurement; LiDAR integration planned

• Fully fabricated ramp and rail base with verified structural alignment and motion system reliability
• Validated method for terrain-wheel interaction simulation based on historic rover models
• Infrastructure complete — physical testing phase ready to launch

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• Fully autonomous robot capable of navigating and planting seeds within a field grid
• ME101 Capstone — led a 4-member team end-to-end through design, build, and systems integration

• CAD-modelled the chassis and feeder system in SolidWorks, optimising for structural rigidity and consistent seed delivery
• Fabricated hardware from raw materials using lathe, mill, and drill press
• Coded and wired the seed hopper in RobotC, ensuring reliable actuation and compatibility with full robot logic

• Consistent seeding performance in live demonstrations under time and part constraints
• Prioritised simplicity and reliability over complexity — a robust, field-ready unit

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• End-to-end inventory control system deployed across 5+ concurrent nuclear projects at ATS Industrial Automation
• Built across Microsoft Forms, SharePoint, Power Apps, Power Automate, and Excel VBA

• Manually analysed requisition records to identify critical wire shortages; prototyped a tracking tool in Excel VBA
• Migrated to a scaleable Power Apps interface connected to a SharePoint list via Power Automate, automating inventory updates and team notifications
• Conducted Kaizen-based process audits with team leads across 6 teams to validate findings and drive adoption

• Reduced electrical team wasted time from 12% to 1%
• Saved 11% of total electrical budget hours through process redesign
• Eliminated one full employee equivalent in budgeted hours through automation

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I thrive at the intersection of hands-on problem solving, quiet leadership, and human connection. Whether in the shop, on the ice, or guiding a team through a design challenge, I bring calm focus, attention to detail, and the ability to rally others around a common goal.

Playing high-level competitive hockey taught me discipline, adaptability, and how to stay composed under pressure. I carry those lessons into engineering and team dynamics alike.

I helped lead a six-person research team through the Global Ideas Institute — a province-wide initiative to improve youth sleep habits. I led research and interviews, contributed to weekly group discussions, and delivered a pitch to professional judges at the Munk School of Global Affairs.

I have spent six years as a youth skating coach and group instructor, teaching complex skills to beginners while maintaining an inclusive and encouraging environment.

I value being dependable, curious, and collaborative. I take pride in solving hard problems and making sure the work reflects care — not just for the outcome, but for the people involved along the way.

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