I need a robust stainless-steel enclosure designed around an existing plastic component, fully aligned with our internal design standards. I will supply the current plastic part files, mounting constraints, envelope limits, and our guideline document; the job is to turn those inputs into a production-ready 3D model and prove that it can take the loads we expect in service. The core tasks are: • 3D CAD modelling of the enclosure, integrating all fasteners, cut-outs, and assembly features. • Finite-element verification focused on two points: – Maximum weight capacity under static loading – Impact resistance for the specified drop scenario • Updates to the model if the analysis shows anything outside the agreed safety factor. • A concise report that explains the assumptions, boundary conditions, results, and recommended material thicknesses. Native CAD (SolidWorks, Inventor, or similar) etc. I’m happy to answer questions quickly so we can move from concept to sign-off without delay; please outline your preferred CAD/FEA tools and any similar stainless-steel work you have done.