---

---

---

---

• Physical single-wheel test rig and adjustable incline ramp built to benchmark lunar tread performance on slopes exceeding 35° — designed to replicate the loading conditions and terrain properties encountered by rovers on the lunar surface
• Modular mounting system allows interchangeable tread geometries to be tested across variable slope angles and normal loads

• Modelled all structural and moving components in SolidWorks; oversaw fabrication of the full ramp-and-rail assembly with attention to alignment tolerance and repeatability
• Built Bekker pressure-sinkage models in MATLAB to reproduce historic lunar rover traction data and anchor design decisions to published terramechanics literature
• Designed a tread displacement measurement workflow; LiDAR integration planned for live traction-force data capture during physical test runs

• Full rig fabricated and structurally validated — modular tread-swap system verified for repeatable test configuration
• MATLAB Bekker models benchmarked against Apollo-era rover data; displacement measurement pipeline ready for instrument integration
• Physical testing phase ready to launch; rig serves as the lab's primary platform for ongoing lunar mobility research

---

• Fully autonomous robot designed to navigate a field grid and plant seeds at defined intervals — ME101 Capstone project, built from scratch under strict part and time constraints
• Led a 4-member team end-to-end: design direction, task delegation, fabrication, and final integration

• Owned the seed delivery subsystem — modelled chassis and hopper geometry in SolidWorks, fabricated components from raw stock using lathe, mill, and drill press
• Programmed the hopper actuation logic in RobotC, integrating it with the robot's navigation and timing systems; prioritised reliability over complexity to reduce failure risk during live demos
• Led team decisions on design trade-offs, enforcing a "simplest path to consistent output" philosophy throughout build

• Consistent seeding performance across all live demonstration runs — zero actuation failures during judged trials
• Finished within part budget and timeline; design held up as a benchmark for field robustness in the cohort

---

• End-to-end vendor-managed inventory control platform built to eliminate supply-chain-driven project delays across 5+ concurrent nuclear projects at ATS Industrial Automation
• Replaced a fragmented, manual tracking process with a centralised system spanning Power Apps, SharePoint, Power Automate, Microsoft Forms, and Excel VBA

• Identified the root cause of project delays through manual requisition analysis — wire shortages were the critical bottleneck; prototyped an Excel VBA tracker to validate the approach before scaling
• Migrated to a full Power Apps interface backed by a SharePoint list, with Power Automate flows handling real-time inventory updates, threshold alerts, and automated notifications to project leads
• Facilitated Kaizen-based process audits across 6 teams; trained 8 electrical leads on the system and drove adoption through direct collaboration with team leads on the floor

• Reduced electrical team wasted time from 12% to 1% through automated replenishment tracking
• Recovered 11% of total electrical budget hours; eliminated one full employee-equivalent of manual tracking effort
• System adopted across 2 full electrical teams and remained operational across the duration of active nuclear projects

---

I'm a mechanical engineering student at the University of Waterloo with a taste for consequential problems — the kind that show up in hospital infrastructure, nuclear automation, and lunar research. Outside the work, I try to stay just as deliberate about how I spend my time.

I keep a running log of every NYC pizza slice worth remembering — scored, noted, and ranked. It started as a personal obsession and became something closer to a methodology. The full list is a few pages over.

I watch a lot of films and track everything on Letterboxd. My taste runs toward slow cinema, directors with strong visual grammar, and anything that rewards a second watch. You can find the full log there.

I write on Substack — mostly about things I'm thinking through: engineering, cities, food, culture, and the overlap between them. Less polished essay, more thinking out loud.

Competitive hockey has been a constant since I was a kid. I also coached youth skating for six years — teaching edge control to beginners is a surprisingly good exercise in breaking down complex things simply, which turns out to be useful everywhere.

---

An ongoing record of every slice worth remembering. Judged on dough, sauce, cheese, grease balance, and crunch.