Hire Mechanism Design Designers in Georgia

I'm a Mechanical Design Engineer with 9 years of experience in developing mechanical systems and equipment. I can help with 3D CAD modeling from 2D drawings, parametric part and assembly modeling, eng... Read more

I'm a Mechanical Design Engineer with 9 years of experience in developing mechanical systems and equipment. I can help with 3D CAD modeling from 2D drawings, parametric part and assembly modeling, engineering drawings, and mechanical design improvements. My background includes downhole equipment, hydraulic mechanisms, test equipment, and electronic hardware integration. I focus on accurate geometry, practical engineering solutions, and clear communication. Portfolio: https://spotless-event-a9d.notion.site/Ivan-Kolchin-Engineering-Portfolio-3f87ad288a8c817ea289c9bb5773706b

I'm a PEC-registered mechanical design engineer working in SolidWorks and AutoCAD. I design mechanisms, enclosures, sheet-metal parts and moulded consumer products, and I hand them over as manufacturi... Read more

I'm a PEC-registered mechanical design engineer working in SolidWorks and AutoCAD. I design mechanisms, enclosures, sheet-metal parts and moulded consumer products, and I hand them over as manufacturing-ready models and drawing sets. Some of the work behind that: - Wall-mount control enclosure, seven parts in 1.5 mm steel, built as real sheet metal at K 0.44 so every part unfolds to a laser-cut blank. The wrapper develops to 936.57 mm, matching my hand calculation, and the two side panels share one flat pattern. - 21-component V8 assembly where bore, stroke, rod length and bore spacing drive the block, crankshaft, rods and all eight pistons, so one input change regenerates the assembly. The piston went through a coupled thermal and structural run in ANSYS: 317 °C at the crown, 237 MPa peak von Mises. - 10-component rigid flange coupling with a full production drawing set: BOM, section views and dimensioned sheets a shop can work straight from. - Four-part hand press designed to come off an MJF printer working, in PA12: buttress thread, three-tab bayonet lock and a sliding piston at 0.20 mm radial clearance. - Parametric planetary gearbox where tooth counts, ratios and carrier geometry regenerate from the input parameters. What you get: native SolidWorks files (SLDPRT, SLDASM, SLDDRW), STEP and IGES, DWG and DXF for AutoCAD, STL for printing, flat-pattern DXF for sheet metal, and PDF drawing sheets with GD&T, tolerances and a BOM. Models are parametric, so a size change is a dimension edit rather than a rebuild. I also rebuild parts from a sketch, photo, scan or worn sample into editable CAD, modelled to nominal dimensions rather than traced, so the wear doesn't end up in your production files. Tell me what the part has to do and how it'll be made, and I'll come back with how I'd take it to production files.

Mechanical Design Engineer with over 25 years of experience in mechanical design, machine design, and industrial equipment. I specialize in Autodesk Inventor and Fusion 360, developing practical, man... Read more

Mechanical Design Engineer with over 25 years of experience in mechanical design, machine design, and industrial equipment. I specialize in Autodesk Inventor and Fusion 360, developing practical, manufacturing-ready mechanical solutions from concept through production. My experience combines engineering, 3D CAD modeling, mechanisms, structural design, and manufacturing. My professional experience includes: * Industrial machinery and equipment * Agricultural equipment * Transportation equipment * Water and sanitation equipment * Automotive and off-road projects * Complex mechanical mechanisms * Casting and foundry equipment * Product development and custom mechanical products * Structural and welded assemblies I work on 3D CAD modeling, complex assemblies, manufacturing drawings, Design for Manufacturing (DFM), sheet metal, welded structures, CNC fabrication, structural analysis, FEA, reverse engineering, and production documentation. I can develop projects from sketches, photographs, specifications, measurements, existing CAD files, or initial concepts, turning them into accurate 3D models and practical solutions ready for prototyping or manufacturing. My goal is to create mechanical designs that are not only accurate in CAD, but also functional, manufacturable, and suitable for real-world production. **Software:** Autodesk Inventor, Fusion 360, AutoCAD