Product / Design Engineer (NPI & BOM Specialist)

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JOB SUMMARY
We are seeking an adaptable, proactive, and cross-functional Product / Design Engineer to join our engineering team in Hung Yen. In this role, you will be a key contributor to New Product Introduction (NPI) and New Business Quotation processes. You will collaborate closely with cross-functional teams (Sales, Purchasing, Manufacturing, Quality) to analyze technical requirements, develop and maintain Bills of Materials (BOM), drive Value Analysis/Value Engineering (VAVE) activities, evaluate Design FMEA (DFMEA), and manage Design Changes (DCR/ECR).
KEY RESPONSIBILITIES & DUTIES
1. BOM & Design Change Management
• Create, review, and maintain accurate Bill of Materials (BOM) for new project launches and mass-production phases.
• Manage Engineering/Design Change Requests & Orders (ECR / DCR / ECO) to ensure seamless transition from design to shop floor.
• Maintain engineering control prints, technical specifications, and official release documentation.
2. New Business Quotation & Cross-Functional Coordination
• Support the RFQ (Request for Quotation) process for new vehicle models, variants, and electrical systems.
• Act as the core technical coordinator: Collaborate closely with Sales, Purchasing, Costing, and Production teams to calculate material usage, assess engineering feasibility, and meet quotation deadlines.
• Prepare and deliver technical feasibility packages and engineering presentations for customer reviews.
3. Value Analysis / Value Engineering (VAVE) & Cost Optimization
• Actively identify, propose, and implement VAVE / Cost Reduction ideas (material optimization, supplier localization, component standardization, and design simplification).
• Follow up on VAVE proposals with internal stakeholders and customer engineering teams until approval and production rollout.
4. Quality & Design Verification (DFMEA / DFM / DFA)
• Participate in DFMEA (Design Failure Mode and Effects Analysis) reviews to assess design risks and define robust preventive actions.
• Apply DFM (Design for Manufacturing) and DFA (Design for Assembly) principles to optimize shop floor productivity and minimize assembly errors.
• Support pilot build-up (first piece run), engineering evaluation, and engineering permit/deviation requests.