Design Real Products SolidWorks Design Engineer

Design Real Products! SolidWorks Design Engineer Job Description Duties: Parametric 3D Modeling & Design: Use industry best practices to prevent feature tree mistakes while creating big mechanical assemblies and strong, fully constrained parametric 3D part models in SolidWorks. Production Blueprint Generation: Convert 3D models into precise, multi-view 2D engineering drawings, fabrication layouts, and production blueprints with dimensions, structural welding callouts, and clear annotations. Design for Manufacturing & Assembly (DFM/DFA): Apply precise bend deductions for sheet metal structures, split-line drawings for injection molding, and toolpath access clearances for CNC machining to optimize component designs for particular factory floor operations. FEA Stress & Deflection Simulation: To reduce prototype weight and remove mechanical structural weak areas, run early-stage linear static, structural stress, and deflection simulations using SolidWorks Simulation (FEA). Structured BOM & Vault Data Management: Create and oversee intricate, multi-level Bills of Materials (BOMs); use SolidWorks PDM (Product Data Management) to manage file verification, revision lock procedures, and engineering modifications. Ownership of Engineering Change Orders (ECOs): Process ECRs methodically, carry out geometry updates, spread parent-child assembly modifications, and tidy up previous drawing releases. Focus Skills: Advanced SolidWorks Environment Mastery: Expert operational fluency in all of the main SolidWorks modules, including as Surfacing, Weldments, Sheet Metal, Advanced Part Modeling, and Large Assembly Management. Data Architecture Governance (PDM): The ability to use SolidWorks PDM Professional or Standard vaults to regulate revision trees, manage workflow statuses, and check files in and out. In order to maximize component interchangeability, GD&T Application Engineering uses deep functional literacy to read and calculate form, profile, orientation, and placement tolerances. Parametric Feature Tree Hygiene: Outstanding discipline in renaming features, organizing external references to avoid broken assembly dependencies, and preserving clear, logical sketch relations. Foundations of Industrial Fabrication: A thorough understanding of the physical characteristics of raw materials, sheet metal stretching regulations, and machining tool clearances. Apply now to become an integral part of our growing team! With Regards, HR - Maria