Role & responsibilities
CAD Modeling & Design: Create complex 3D CAD models and assemblies of automotive components using CATIA ( Must ) and SolidWorks.
2D Drafting & Detailing: Generate accurate 2D manufacturing drawings with advanced application of Geometric Dimensioning & Tolerancing (GD&T;) according to ISO/ASME standards.
Component Design & DFM/DFA: Design parts optimized for various manufacturing techniques -
Casting & Forging: Draft angles, parting lines, wall thickness uniformity, and machining allowances.
Sheet Metal: Bending allowances, notch design, stamping, and press tools considerations.
Plastic Parts: Injection molding design rules, ribs, bosses, snap fits, and sink mark prevention.
Weldments & Structural Joining: Welded assembly design, joint preparation, and distortion considerations.
Tolerance Analysis: Perform tolerance stack-up analyses to ensure proper fitment, clearance, and functional performance within complex automotive assemblies.
Design Validation: Collaborate with cross-functional teams (simulation, manufacturing, quality) to validate designs and optimize for manufacturability (DFM) and assembly (DFA).
Engineering Documentation: Prepare Bill of Materials (BOM), engineering change requests (ECR/ECO),



design documents, and technical specs.

Preferred candidate profile Experience & Domain

Experience: Minimum 3+ years of core design engineering experience.

Domain expertise: Proven track record in Automotive Parts Design (Body-in-White, interior/exterior trim, powertrain components, chassis, or structural parts).

Software Skills

CATIA V5 / V6 / 3DEXPERIENCE: Must-have expert level in Part Design, Assembly, Generative Shape Design (GSD), and Drafting.

SolidWorks: Proficient in 3D modeling, sheet metal, weldments, and drawings.

Technical Skills & Knowledge

GD&T; Expertise: Mastery in ASME Y14.5 / ISO 1101 standards, including datum features, position tolerances, and feature control frames. Manufacturing Processes: Solid understanding of manufacturing techniques for castings, sheet metal, plastic injection parts, and welded structures.

Materials Selection: Positive knowledge of automotive plastics, metallic alloys, surface treatments, and heat treatments.

Problem Solving: Ability to identify design flaws, run root-cause analysis, and propose effective design modifications.

📌 Mechanical Design Engineer Automotive Parts Ahmedabad (India)
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📍 India