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.
Led a team of 12 to design and build a soccer robot using SolidWorks, 3D printing, CNC machining, and dissimilar material joining. Implemented low-latency Bluetooth control via a custom smartphone application.
Designed and structurally optimised a scooter deck in Siemens NX. Used ANSYS for stress analysis and modeFRONTIER multi-objective optimisation — reduced peak stresses by 85%, achieving simultaneous weight and cost reduction.
Developed an Arduino-based robot to travel inside pipelines and detect faults or cracks with reference to a starting point. Selected for Transform Maharashtra (Sustainable Urban Development). Published in IJSER.
Redesigned the user interface of a cooking website in Figma — reduced interface clutter, integrated AI personalisation features, and added a delivery services API integration. Improved user satisfaction by over 60%.
Created service blueprints, mind maps, and empathy maps for a telemedicine app. Systematically reorganised the full user journey, reducing end-to-end appointment time by over 50% for both patients and doctors.
Conducted statistical analysis in R on smartwatch fitness data, examining workspace ergonomics across 9 independent variables. Established correlations between physical activity factors and evaluated ergonomic efficiency.
Mechanical design engineer with 6+ years of experience taking components and assemblies from concept through to production release across nuclear energy storage, precision CNC manufacturing, commercial refrigeration NPI, and cleantech manufacturing. Skilled in SolidWorks, FEA, GD&T, tolerance analysis, and DFM/DFA, with additional formal training in human-centred interaction design.