Six years of experience taking physical products from concept to production, across nuclear energy, precision manufacturing, commercial refrigeration, and cleantech manufacturing. Trained in both mechanical engineering and human-centred design.
FEA-validated structural redesigns, formal tolerance stack-up analysis, and GD&T applied to production drawings. Designed for regulated, high-consequence environments where precision is not optional.
From hand sketching and concept generation through to production-ready documentation. Trained in human-centred interaction design alongside mechanical engineering — comfortable across the full design spectrum.
Hands-on time on production floors across multiple industries. CNC programming, fixture design, build trials, and supplier development. DFM is a design input, not a downstream check.
I am a mechanical design engineer with a background spanning nuclear fuel storage, precision CNC manufacturing, and commercial refrigeration NPI. Across all three the through-line has been taking specific engineering decisions that matter: a structural redesign validated through FEA that saved $150,000 and improved strength by 8%; tolerance stack-up studies that eliminated recurring production defects before tooling release.
Alongside my engineering career I hold a Master's in Human-Centred Interaction Design, which means I think about how products are used and understood, not just whether they function in isolation. I also hold a granted patent for an original wind turbine concept I designed, fabricated, and validated from scratch.
Originated and developed a uniquely shaped bladeless disc wind turbine capable of generating electricity at lower wind speeds and elevations than conventional designs. Designed, fabricated, and validated a working physical prototype from scratch — covering the full design process from hand sketching through SolidWorks modelling, ANSYS Fluent CFD analysis, and hands-on manufacturing.
A mobile-first political news verification tool designed to help users quickly assess the credibility of articles in real time. Conducted end-to-end human-centred design process: secondary research, competitive analysis, user interviews, affinity mapping, persona development, and three iterative rounds of usability testing across low-, mid-, and high-fidelity prototypes. The final design achieved 100% task completion rate across all test participants.