Autodesk Inventor Jobs

I need a precise 3D model of an HVAC pipe-in-pipe heat exchanger created natively in Autodesk Inventor. The project is limited to pure modelling—no moving components or animation are required—so the focus is on clean, parametric geometry that can be edited later for dimension changes or design iterations. I will supply hand sketches and key dimensions at kickoff; your role is to turn them into an organised Inventor assembly using standard part files rather than imported solids. Threaded connections, supports and simple baffles may be included, but everything stays static. Deliverables • Native Inventor files (.ipt for each part, .iam for the assembly) • One neutral STEP file for cross-platform use • A brief text note explaining the feature tree and any para...

I’m looking for someone who can take my concept for an industrial-grade sheet-metal assembly and turn it into a complete, production-ready product. This is not just a bracket or a small enclosure; I need full product design that integrates multiple panels, fasteners, and sub-assemblies suitable for machinery that will be installed both indoors and outdoors. You’ll begin with my functional requirements and rough sketches, then develop the 3D CAD model, validate material thicknesses, bend radii, and tolerances for repeatable manufacturing, and finally supply a complete drawing package ready for laser cutting, bending, and assembly. Design for manufacturability is critical because the parts will be produced in mid-volume runs, so I expect thoughtful nesting, minimal secondary o...

I am building a compact laboratory microscope / optical diagnostic device and need a production-ready 3D CAD assembly that can be 3D printed, assembled, tested, and iterated into a real working prototype. The goal is not just a visual model. I need a functional mechanical design with realistic part separation, screw holes, tolerances, motion clearances, and assembly logic. The design should be clean, engineering-grade, and suitable for prototyping using FDM/SLA 3D printing, with the option to later move some parts to CNC or injection molding. The microscope should include the main frame/body, optical tube support, objective turret, focusing mechanism, X-Y stage, sample slide holder, camera/sensor mounting area, illumination mount, and all required brackets, fasteners, knobs, gears, rails...