Mechanical CAD & Product Design in SolidWorks / Fusion 360

I am a mechanical CAD designer, and I turn an idea, a sketch or a rough sample into a fully parametric model that is ready to be manufactured. Working in SolidWorks and Fusion 360, I build individual parts and multi-component assemblies with a clean, editable feature tree, so that any dimension can be changed later without breaking the geometry. My focus is engineering: how the part is loaded, how it is assembled, how it moves and, above all, how it will actually be produced. Before I extrude the first feature I think about wall thickness, draft angles, fastening, and the manufacturing process the client has in mind.

A model is only half of the job, so I also deliver proper technical documentation. I prepare 2D drawings with correct views, sections and GD&T, apply fits and tolerances that match the chosen production method, and add a bill of materials for assemblies. I design for manufacturing from the very start: parts for CNC milling and turning, sheet-metal components with real bend allowances and flat patterns, injection-moulded housings with the right draft and ribbing, and enclosures that snap or screw together cleanly. When something needs to be verified I run interference and motion checks so surprises stay on the screen and not on the shop floor.

I work well with hardware startups, small manufacturers and inventors who need a designer able to speak both the language of engineering and the language of the factory. Send me a concept, a competitor sample or even a napkin drawing and I will come back with questions, a plan and a model you can hand straight to a machine shop.

— Parametric part and assembly modelling in SolidWorks and Fusion 360
— Manufacturing drawings with GD&T, fits and tolerances
— Design for manufacturing: CNC, sheet metal, injection moulding
— Reverse engineering from samples and measurements
— Product enclosures, mechanisms and fastening design
— BOM preparation and revision-controlled documentation