AM/DM: Supply Quality Engineer - Plastic & Sheetmetal

Role & responsibilities

SQE - Plastic:

• Responsible for Development of Plastic Components right from Design to Finished Product and Handover to Production Plant.
• Designed and Developed Plastic molds for Automotive Application (Injection, Blow, Transfer & Compression mold).
• Can Understand and Visualize the problems (Part & Assembly Level) at Design & Feasibility stage and suggest Improvements.
• Good Knowledge of Injection moldings Process and can Validate and establish the Process during Development and Part Qualification at Supplier End.
• Expertise in Analysis of moldings Concepts and Design using Simulation tools such as Auto Desk Moldflow, Moldx3D Expert or similar.
• Can Analyze Simulation reports and suggest changes to guarantee first time right part/product Quality.
• Knowledge of Engineering Plastic Material and its Application.
• Knowledge of Painting Process on Plastic Parts.
• Understanding of APQP Process, Develop Control Plans and can complete the PPAP Efficiently and Effectively.
• Support Plant Quality in analyzing Quality issues in the Plastic Parts and Suggest Solutions.
• Demonstrate Written / Verbal Presentation and Communication Skills.

SQE - Sheetmetal:

• Develop sheet metal, tubular, and welded assemblies for 2-wheeler applications.
• Knowledge of Create 3D CAD models, 2D drawings, GD&T, and BOM using CAD software such as CATIA, Creo, or NX.
• Perform feasibility studies considering manufacturing processes such as stamping, bending, hydroforming, tube bending, laser cutting, welding, and assembly.
• Develop components such as chassis brackets, frame members, engine mounts, footrest brackets, carrier assemblies, stands, crash guards, battery brackets, and other structural parts.
• Coordinate with CAE teams for structural analysis, durability, vibration, and fatigue validation.
• Work with suppliers during tooling development, prototype manufacturing, APQP, PPAP, and production readiness.
• Review welding fixtures, jigs, tooling concepts, and manufacturing processes.
• Support prototype builds, testing, design validation, and issue resolution.
• Drive value engineering, weight reduction, and cost optimization initiatives.
• Conduct design reviews, DFMEA, DFM/DFA studies, tolerance stack-up analysis, and root cause analysis.
• Ensure compliance with company standards, automotive regulations, and quality requirements.
• Manage engineering changes (ECN/ECR) throughout the product lifecycle.