Role Overview

​We are looking for a detail-oriented 2D & 3D CAD Designer to join our composite manufacturing and mold pattern tooling division. In this role, you will translate client concepts, architectural drawings, and product sketches into manufacturable 2D shop drawings and precision 3D models specifically tailored for Glass Reinforced Plastic (GRP/FRP) production. You will work closely with the pattern-making, mold fabrication, and production teams to ensure every design is optimized for seamless demolding, structural integrity, and surface finish.

​Key Responsibilities

- ​3D Modeling & Surface Design: Create accurate 3D solid and complex surface models for GRP/FRP products, architectural elements (cladding, domes, facades, planters), and custom industrial components.
- ​Mold & Pattern Engineering: Design master patterns (plugs) and multi-piece split molds, properly incorporating draft angles, parting lines, flange extensions, and shrinkage allowances required for GRP hand lay-up, spray-up, or infusion processes.
- ​2D Production & Shop Drawings: Generate comprehensive 2D GA (General Arrangement) drawings, cross-sectional details, laminate/rib reinforcement layouts, and assembly blueprints with explicit tolerances for the shop floor.
- ​CNC & Tooling File Prep: Prepare and export clean, watertight 3D files (.STEP, .IGES, .STL, .DXF) ready for 3-axis/5-axis CNC router machining, laser cutting, or 3D printing of master patterns.
- ​Material & BOM Estimation: Calculate surface areas, volume, and weight from 3D models to assist the estimation team in preparing accurate Bills of Materials (resin, gelcoat, fiberglass mat/woven roving ratios, and core materials).
- ​Shop Floor Coordination: Collaborate directly with mold makers, pattern fabricators, and production supervisors to troubleshoot tooling geometry,



resolve undercut issues, and refine designs based on real-world fabrication feedback.
- ​Design Revisions & Documentation: Maintain an organized library of CAD revisions, client approvals, and standard mold details.

​Required Qualifications & Technical Skills

- ​Education: Diploma or Bachelor’s Degree in Mechanical Engineering, Industrial Design, Production Engineering, Architecture, or a certified CAD/CAM specialization.
- ​Experience: Up to 2 years of hands-on experience in 2D drafting and 3D modeling (candidates with internship or project experience in composites, plastics, sheet metal, foundry patterns, or architectural millwork will have a strong advantage).
- ​Software Proficiency:
- ​2D Drafting: AutoCAD (Mandatory – strong command over layers, blocks, and dimensioning).
- ​3D Parametric & Surface Modeling: Proficiency in at least one major package such as SolidWorks, Rhino 3D, Autodesk Inventor, or Fusion 360 (Rhino or Blender experience is a major plus for organic/architectural GRP shapes).
- ​Technical Know-How:
- ​Basic understanding of mold geometry (undercuts, draft angles, split lines, and wall thickness).
- ​Ability to read and interpret architectural blueprints, structural drawings, and rough hand sketches.
- ​Strong spatial visualization and proficiency in metric unit standards (mm).

​Preferred Skills (Added Advantage)

- ​Prior exposure to GRP/FRP manufacturing processes, thermoforming, injection molding, or CNC router toolpath generation (ArtCAM, Mastercam, or Vectric Aspire).
- ​Ability to create quick photorealistic 3D renders (using KeyShot, V-Ray, Lumion, or Enscape) for client design sign-offs.
- ​Familiarity with structural metal sub-frame/insert design used to support large GRP panels.

Benefits:
- Flexible schedule

Work Location: In person

📌 3d visualizer (Mysuru)
🏢 Emphz Private
📍 Mysuru