Design engineer – automotive plastic components

Job Title: Design Engineer – Automotive Plastic Components

Location: Noida, India

Employment Type: Full-Time

Experience: 1–3 years of relevant experience

Salary: ₹4 LPA (₹4 lakh per annum)

We are looking for an experienced and technically strong Design Engineer with hands-on expertise in CATIA V5 and automotive plastic component design. The ideal candidate will have experience in designing plastic components and assemblies for automotive applications, along with a strong understanding of styling feasibility, tooling, DFM/DFA, GD& T, and engineering drawings.

This is an excellent opportunity for professionals looking to work on challenging automotive product-design projects and contribute to the development of production-ready components.

Key Responsibilities

Design and development of automotive plastic components and assemblies using CATIA V5. Create and modify 3 D models, assemblies, master sections, and detailed engineering drawings. Perform A-Class surface analysis and evaluate styling feasibility for production. Conduct tooling feasibility studies, including: Draft analysis Core and cavity feasibility Slider feasibility Lifter feasibility Ejection feasibility Apply DFM (Design for Manufacturing) and DFA (Design for Assembly) principles for injection-moulded plastic components. Develop designs considering manufacturability, assembly requirements, quality, cost, and functional performance. Apply GD& T principles and ensure compliance with engineering and customer requirements. Support DFMEA, FEA/Mold Flow analysis, testing, and validation activities. Coordinate with cross-functional teams including styling, tooling, manufacturing, quality, testing, and suppliers. Incorporate design changes based on engineering feedback, validation results, and manufacturing requirements. Ensure designs meet project timelines, technical specifications, and applicable automotive standards.

Required Technical Skills

CATIA V5 – strong proficiency in part design, assembly design, surfacing, and drafting. Strong experience in automotive plastic component and assembly design. Knowledge of A-Class surface analysis and styling feasibility. Strong understanding of injection moulding and tooling feasibility. Knowledge of draft, core-cavity, slider, lifter, and ejection concepts. Good understanding of DFM/DFA for injection-moulded plastic components. Strong knowledge of GD& T, master sections, and engineering drawings. Working knowledge of DFMEA. Exposure to FEA/Mold Flow analysis, testing, and product validation. Teamcenter/PLM experience is preferred.