Mechanical engineering from architecture to release.

ProblemThe product needs clear requirements, a feasible architecture, and defined interfaces before detailed design begins.

WorkI turn operating, manufacturing, and service constraints into measurable requirements. I compare concepts, check first-order feasibility, identify critical characteristics, and plan the prototypes or tests needed to resolve the largest uncertainties.

ProblemMotion, structure, electronics, thermal paths, and industrial design must fit together and remain practical to assemble and service.

WorkI develop mechanisms, structures, enclosures, and their interfaces. I trace load paths, resolve alignment and clearance, and work through fastening, sealing, access, and assembly order. Changes are checked against the surrounding system.

ProblemThe next decision depends on editable geometry, a credible model, or a prototype that tests a specific assumption.

WorkI build editable SOLIDWORKS parts, complex surfaces, assemblies, and manufacturing definition, including reconstruction from imperfect geometry. I use hand calculations, tolerance analysis, FEA, CFD, and focused prototypes to answer specific design questions. Each analysis records its loads, constraints, material assumptions, sensitivity, and verification needs.

ProblemThe design needs a complete, consistent definition that suppliers can build and quality teams can inspect.

WorkI connect process selection, drawings, GD&T, BOMs, purchased components, supplier RFQs, and inspection requirements. I support first articles and manufacturing handoff, then turn production and field feedback into controlled design changes.