92 Job openings found

Position:         Manager - Tool Room  Location:        Zaroli - Bhilad Experience:     10 - 15 Years Industries:      Automobile Responsibilities: Tooling Development & NPD Support Review customer drawings, specifications, and APQP inputs for tooling feasibility. Design and develop plating racks, painting fixtures, jigs, gauges, and handling tools. Ensure tooling supports process capability, appearance ...

  12.02.26 126281 HPS/2026/124 Tool Die Maker Male 10 4 to 7 ITI Tool & Die Maker 9 to 7 & Day+Night A Tool & Die Maker designs, constructs, repairs, and maintains high-precision tools, dies, jigs, fixtures, and molds used in manufacturing processes Key Responsibilities- Production & Fabrication: Read/interpret technical blueprints, CAD files, and sketches to create, assemble, and test tools, dies, and gauges. Machining ...

27.03.26 126279 HPS/2026/123 HPS/2026/260 Tool Die Designer Male 1 12 to 13 DME 9 to 7 & Day+Night Shift A Tool & Die Designer creates, modifies, and optimizes precision tools, dies, jigs, fixtures, and molds for manufacturing processes using CAD software. Key Responsibilities: Design & Modeling: Create detailed 3D models and 2D blueprints for molds, stamping dies, or tools using CAD software (e.g., ...

12.02.26 126278 HPS/2026/122 Tool Die Engineer Male 1 10 to 12 DME 9 to 7 & Day+Night A Tool and Die Engineer designs, develops, and maintains precision tools, dies, molds, and fixtures for manufacturing, specializing in fabricating metal parts, jigs, and templates using CAD/CAM software and machinery like CNCs, grinders, and lathes. Key Responsibilities- Design & Engineering: Create detailed tooling designs,3D models, and ...

A Welder in refractory product manufacturing is responsible for fabricating and repairing metal components (molds, forms, frames, and machinery) used to create heat-resistant refractory products, working from technical documents and adhering to strict safety and quality standards.    Key Responsibilities Interpret technical documents: Read and understand blueprints, engineering drawings, and specifications to plan layouts and ...

Execute daily production plans for needle bearing assembly lines as per schedule. Monitor and control critical process parameters such as interference fits, cage loading, needle filling, and end-play settings. Ensure quality standards are met through in-process checks, visual inspections, and torque/load testing. Support setup and changeover of machines and fixtures to reduce downtime. Identify and ...

Job Title: Assembly Leader – Injection Moulding Department: Assembly / Manufacturing Job Summary: The Assembly Leader – Injection Moulding is responsible for managing assembly operations of injection-moulded components, ensuring productivity, quality, safety, and timely delivery as per production plans. Key Responsibilities: Lead and supervise assembly line operations for injection-moulded parts Ensure daily production targets and delivery ...

JOB DESCRIPTION   18.12.25 122200 HPS/2025/668 PPD ENGINEER Male 1 5 to 6 DME/B.E-Mech 8 Hrs+ Accommodation+Canteen Key Responsibilities: Product Design & Development: Conceptualize, design (using CAD), prototype, and test new products or enhancements. Process Optimization: Develop and refine manufacturing methods, tooling, jigs, and fixtures for efficiency and cost-saving. Cross-functional Collaboration: Work with marketing, sales, operations, quality, and suppliers to define requirements and launch ...

Purpose of Role: A Composites Methods Engineer specializes in the design, development, and manufacturing processes of composite materials They ensure that composite materials (like carbon fiber, fiberglass, and resins) are effectively integrated into product designs and manufactured efficiently. Here’s a detailed breakdown of the roles and responsibilities of a Composites Methods Engineer.   Roles and Responsibilities: 1. Design ...

Key Responsibilities: Interpret Plans: Study blueprints, sketches, and engineering drawings to understand project requirements. Prepare Materials: Clean, cut, and position metal parts, securing them with clamps or jigs.   Weld Components: Fuse metal pieces using arc, MIG, TIG, or other methods, often working in different positions (flat, horizontal, vertical, overhead). Inspect & Finish: Check welds ...