Role & responsibilities
Design plastic injection moulds and rubber compression/transfer moulds using CAD software.
Prepare 3D mould designs, 2D manufacturing drawings, and detailed component drawings.
Understand product drawings, GD&T;, shrinkage allowances, parting lines, draft angles, and ejection systems.
Design core, cavity, runner, gate, cooling, and ejection systems for plastic injection moulds.
Design rubber moulds considering material flow, flash control, venting, and curing requirements.
Select suitable mould materials, standard components, and mould construction methods.
Coordinate with CNC programming, VMC, EDM, and mould-fitting teams to ensure manufacturability.
Support mould trials, troubleshoot design-related issues, and implement necessary design modifications.

Preferred candidate profile
ITI / Diploma / B.Tech in Mechanical Engineering, Tool & Die Making, or a relevant technical field.
Practical knowledge of plastic injection moulds and rubber compression/transfer moulds is preferred.




Experience in mould design, including core-cavity design, parting lines, cooling, runner systems, and ejection mechanisms.
Proficiency in CAD software such as UG NX, Siemens NX, SolidWorks, Creo, or AutoCAD.
Ability to read and interpret 2D engineering drawings and 3D models.
Candidates with knowledge of both plastic and rubber mould design will be preferred.
Experienced designers and candidates with basic knowledge who are willing to learn and develop their skills may apply.

Perks and advantages
Market-competitive salary based on skills and experience.
PF and ESI benefits as applicable.
Opportunity to work on diverse plastic injection and rubber mould development projects.
Practical exposure to toolroom machining, EDM, mould assembly, and mould trials.
Long-term career growth prospects in mould design and tool engineering.

📌 Mold Designer Jhajjar
🏢 VPS Engineering
📍 Jhajjar