Hire CAD Modeling Designers near Oregon, United States

My name is Bryson White. I have had classes in Catia and SolidWorks and I currently use SolidWorks at work for mechanical drafting and product development. I am very comfortable doing 3D modeling and... Read more

My name is Bryson White. I have had classes in Catia and SolidWorks and I currently use SolidWorks at work for mechanical drafting and product development. I am very comfortable doing 3D modeling and I use Autodesk Fusion 360 at home. I can provide you with IGES or STEP 3D models and STL for 3D printing. I can also give you photorealistic renderings if you want. Please see my profile for other projects I've done. I'm eager to hear from you and help you meet your design goals.

I am a mechanical design and manufacturing engineering professional with extensive experience taking parts and processes from concept through production. My background includes mechanical design, CAD... Read more

I am a mechanical design and manufacturing engineering professional with extensive experience taking parts and processes from concept through production. My background includes mechanical design, CAD modeling, fixture and workholding development, CNC programming, process planning, new product introduction, design-for-manufacturability review, prove-out support, and production troubleshooting. I work across engineering, programming, machining, quality, and operations to make sure designs are not only technically correct, but also practical to manufacture, inspect, document, and repeat. I have experience designing and supporting precision components, tooling, fixtures, assemblies, and manufacturing processes for aerospace, defense, semiconductor, composite, plastic, and general industrial applications. My software experience includes Autodesk Inventor, SolidWorks, Mastercam, and Fusion 360, along with experience supporting Fanuc- and Okuma-controlled equipment. My engineering approach is grounded in real manufacturing execution. I consider material behavior, tolerances, GD&T, tooling access, machine capability, workholding, inspection strategy, setup reduction, cycle time, and operator usability during the design and planning process. A design is not finished simply because it looks correct on the screen. It has to survive contact with the shop floor. My services include: • Mechanical design and 3D CAD modeling • Fixture, tooling, and workholding design • Manufacturing engineering and process development • Design for manufacturability reviews • CNC programming and CAM development • 3-, 4-, and 5-axis machining strategies • Technical drawings and manufacturing documentation • Setup sheets and process plans • NPI, prove-out, and production support • Cycle-time and workflow improvement • Engineering troubleshooting and root-cause support I am continuing my formal engineering education while applying that knowledge directly in a manufacturing leadership role. My combination of design, engineering, programming, and shop-floor experience allows me to identify problems early and develop solutions that are both technically sound and realistic to implement.

As a mechanical engineer, I have worked on many mechanical designs using SolidWorks, Siemens NX, and Fusion 360. Along with my CAD modeling skills, I have relevant engineering, design, and manufacturi... Read more

As a mechanical engineer, I have worked on many mechanical designs using SolidWorks, Siemens NX, and Fusion 360. Along with my CAD modeling skills, I have relevant engineering, design, and manufacturing knowledge to develop feasible and reliable designs.

As an Autodesk Certified Associate in CAD for Mechanical Design, I specialize in transforming complex mechanical concepts into precise, production-ready 3D models and technical documentation optimized... Read more

As an Autodesk Certified Associate in CAD for Mechanical Design, I specialize in transforming complex mechanical concepts into precise, production-ready 3D models and technical documentation optimized for advanced manufacturing and rapid prototyping. My expertise includes part and assembly modeling, 3D printing, sheet metal design, and technical drawing generation.