Complete Mechanical Product Development, Connected to the Decision Ahead.

ProblemThe opportunity is promising, but requirements, interfaces, technical risks, and the mechanical system direction are not yet clear enough to justify detailed design.

WorkI translate user, business, interface, operating, manufacturing, and service constraints into measurable requirements. I generate credible alternatives, close first-order feasibility, compare tradeoffs, identify critical-to-quality characteristics, and define the smallest learning plan that can support the next commitment.

ProblemIndustrial-design intent, motion, structure, controls, thermal paths, sealing, fastening, service, and assembly must become one coherent physical product.

WorkI develop mechanisms, force paths, guides, bearings, linkages, structures, enclosures, interfaces, user-contact geometry, hard stops, access, and retention. The design is evaluated as a system so a local improvement does not create a packaging, tolerance, assembly, durability, or service failure elsewhere.

ProblemThe product needs editable design intent and credible engineering evidence—not disconnected geometry or a simulation image without an explicit decision boundary.

WorkWith more than 10,000 hours in SOLIDWORKS, I develop parametric parts, multi-body geometry, complex surfaces, assemblies, configurations, sheet metal, weldments, production drawings, motion studies, additive files, and neutral manufacturing data. I also reconstruct imperfect geometry and use first principles, tolerance analysis, FEA, CFD, thermal screening, focused prototypes, and test planning at the fidelity the question warrants. Loads, constraints, contacts, materials, assumptions, sensitivity, and limitations remain visible so predicted or diagnostic results are not mistaken for validated product performance.

ProblemA promising design must become a package that suppliers, manufacturing, quality, service, and future engineering teams can execute and inspect.

WorkI connect process selection, assembly strategy, tolerances, drawings, GD&T, BOM data, purchased components, supplier questions, RFQ inputs, CTQs, first-article planning, pilot support, and open-risk disposition. Production, supplier, cost, reliability, and service feedback then becomes a prioritized engineering change rather than an undocumented workaround.