Blrrdnewmechanicalassemblydesignerdfmengineer

DFM - Mechanical Assembly Designer & DFM EngineerThe Mechanical Assembly Designer & Design for Manufacturing (DFM) Engineer is responsible for designing mechanical assemblies with a strong emphasis on manufacturability, cost efficiency, reliability, and scalability. The role bridges mechanical product development, manufacturing engineering, and industrialization — ensuring that designs are optimized for production processes, assembly workflows, tooling, tolerances, material selection, and quality standards. The position leads global ME assembly design and fixture design teams across all UX R&D locations (20 headcount). It directly impacts OEE by aligning product assembly features with production process requirements, improving First Pass Yield, and driving significant cost reductions in both unplanned scrap Role Overview

A mechanical assembly designer is responsible for designing mechanical parts and assemblies to ensure proper fit, function, and performance of the product.

Key ResponsibilitiesCreate 3D models and 2D drawings for parts and assemblies using CAD tools (Creo, SolidWorks, CATIA, NX)Design mechanical assemblies considering fit, form, and functionDefine assembly sequences, interfaces, and mating conditionsPrepare BOMs, engineering drawings, and specificationsPerform tolerance stack‑ups and basic design validationsCollaborate with analysis, testing, and manufacturing teamsSupport prototype build and design revisionsRequired Skills & QualificationsBachelor’s degree in Mechanical EngineeringStrong knowledge of mechanical design principlesHands‑on experience with CAD modelingUnderstanding of GD&TBasic awareness of manufacturing processesPrimary FocusProduct functionality, fit, and assembly integrityDFM Engineer (Design for Manufacturability) – Job DescriptionRole OverviewA DFM Engineer ensures that product designs can be manufactured efficiently, cost‑effectively, and at scale without compromising quality.Key ResponsibilitiesReview designs for manufacturability and production feasibilityOptimize designs for machining, molding, casting, sheet metal, or additive manufacturingRecommend design changes to reduce cost, complexity, and cycle timeDefine realistic tolerances suitable for mass productionLead DFM/DFA reviews with cross‑functional teamsWork closely with suppliers and factory teamsSupport transition from prototype to volume productionRequired Skills & QualificationsBachelor’s degree in Mechanical / Manufacturing EngineeringStrong knowledge of manufacturing processesExperience with DFM, DFA, PFMEACost reduction and process optimization skillsUnderstanding of quality and production constraintsPrimary Focus

 Ease of manufacturing, cost, quality, and scalability