Production Shift Engineer : Press Shop (3-5 Years Experience) Roles and Responsibilities: Manage and optimize the operation of advanced press machines (e.g., mechanical, hydraulic, and progressive presses). Monitor press shop operations to ensure that production schedules, quality standards, and safety regulations are met. Troubleshoot complex machine problems and provide quick resolutions to minimize downtime. Ensure that tooling and dies are correctly set up and maintained for optimal performance. Lead and manage a team of press operators, machine operators, and junior supervisors. Train and mentor new employees on machine operations, safety practices, and production workflows. Evaluate team performance and provide feedback for continuous improvement. Conduct regular team meetings to ensure everyone is aligned with production goals and schedules. Analyse production requirements and optimize the shift schedule to meet customer demands and deadlines. Adjust production plans and schedules based on machine performance, material availability, and workforce efficiency. Liaise with production planning and management teams to prioritize tasks and address any bottlenecks. Perform regular audits of parts being produced to ensure they meet stringent quality standards. Implement corrective actions and lead root cause analysis for any quality failures. Drive continuous improvement initiatives, reducing scrap rates, improving machine uptime, and enhancing process efficiency. Introduce process improvements such as lean manufacturing techniques (5S, Kaizen) to optimize workflow. Proactively monitor the condition of press machines, ensuring they are properly maintained and calibrated. Coordinate with maintenance teams for preventive maintenance or quick repairs to minimize downtime. Lead machine troubleshooting efforts during breakdowns and identify solutions to prevent recurring issues. Enforce strict adherence to safety protocols to prevent accidents and injuries (e.g., machine guarding, PPE, lockout/tag out). Ensure compliance with industry regulations and company policies, conducting safety audits and addressing potential hazards. Investigate safety incidents and take corrective actions, ensuring compliance with OSHA and other safety standards. Maintain accurate records of production data, machine downtime, quality control checks, and shift performance. Provide comprehensive reports to management on production output, machine performance, and any operational issues. Track key performance indicators (KPIs) such as OEE (Overall Equipment Efficiency), scrap rates, and downtime. Oversee the availability of raw materials and ensure efficient inventory management. Collaborate with procurement and logistics teams to manage material shortages or surpluses. Ensure the correct handling and storage of materials to avoid damage or wastage. Technical Skills: Deep understanding of different types of presses (mechanical, hydraulic, pneumatic, progressive, and transfer presses). Expertise in setting up dies, tooling, and adjusting machines to achieve high precision in stamping and forming operations. Proficiency in diagnosing complex mechanical, electrical, and pneumatic issues related to press machines. Skilled in the use of diagnostic tools, including electrical meters, pressure gauges, and troubleshooting software. Expertise in lean manufacturing techniques (e.g., 5S, Six Sigma, TPM) to improve production efficiency, reduce waste, and enhance safety. Ability to analyse production data and implement changes to optimize throughput, reduce downtime, and minimize defects. Experience with advanced quality control systems, including in-process inspections, SPC (Statistical Process Control), and inspection tools (callipers, micrometres, gauges). Familiarity with ISO standards (e.g., ISO 9001) and ability to lead quality audits. Extensive knowledge of OSHA regulations and industry-specific safety standards. Experience in implementing and enforcing safety protocols on the shop floor. Hands-on experience with preventive maintenance schedules and troubleshooting of press machines. Knowledge of machine calibration and precision adjustments for different types of presses. General Skills: Leadership & Communication: Ability to motivate teams, address issues effectively, and communicate with all levels of the organization. Problem-Solving & Decision-Making: Strong critical thinking skills to troubleshoot and resolve operational issues. Project Management: Ability to handle multiple production projects simultaneously and meet deadlines. Continuous Improvement Mind-set: Focus on driving productivity, quality, and safety improvements.

Key Responsibilities for Sr. Engineer:- 1. Procurement Management: Source, evaluate, and procure materials, equipment, and services as per company requirements. 2. Vendor Negotiation & Management: Identify, evaluate, and maintain relationships with reliable vendors and suppliers, negotiating favorable terms and pricing. 3. Purchase Orders & Documentation: Issue purchase orders, maintain procurement records, and ensure compliance with company policies. 4. Cost Optimization: Continuously monitor market trends and implement cost-saving initiatives without compromising quality. 5. Inventory Coordination: Work closely with the inventory team to ensure adequate stock levels and timely replenishment. 6. Compliance & Quality Assurance: Ensure purchased materials and services meet quality standards and comply with company policies. 7. Market Research: Stay updated on market trends, new products, and suppliers to optimize procurement strategies. 8. Collaboration: Coordinate with internal departments to understand their procurement needs and provide necessary support.*Requirements: Key Responsibilities for DY: Manager:- 1. *Strategic Procurement*: Develop and implement procurement strategies to ensure the timely and cost-effective supply of raw materials (Sheet Metal). 2. *Team Management*: Lead and manage a team of raw material purchase executives, providing guidance, training, and support to ensure they meet their performance goals. 3. *Raw Material Sourcing*: Source and purchase raw materials, such as steels, plastics, and other components, from suppliers. 4. *Supplier Management*: Develop and maintain relationships with suppliers, negotiate prices, and ensure compliance with company policies and procedures. 6. *Inventory Management*: Monitor and manage raw material inventory levels, ensuring adequate stock levels to meet production demands. 7. *Cost Savings*: Identify opportunities for cost savings and implement cost-reduction initiatives. 8. *Audit and Compliance*: Ensure compliance with company policies, procedures, and regulatory requirements. Conduct audits to ensure adherence to procurement processes. 9. *Payment Management*: Oversee payment processing, ensuring timely payment to suppliers and resolving any payment-related issues. 10. *Data Analysis*: Analyze data to identify trends, opportunities, and challenges, and develop strategies to address them. 11. *Communication*: Collaborate with internal stakeholders, including production, quality, and logistics teams, to ensure smooth material flow and resolve any issues that may arise

Role & responsibilities Corporate Quality Management Customer Audits QMS Quality Improvements Preferred candidate profile Candidated from stamping / sheetmetal parts manufacturing company having good PR with OEM customers and exposure of handeling MACE Audits with geen score card.

Role & responsibilities PMD - plastic mould design & DPMT - diploma in plastic moulding technology from CIPET Preferred candidate profile PMD - plastic mould design & DPMT - diploma in plastic moulding technology from CIPET

Role & responsibilities Design high-quality injection mold tools using CAD software (e.g., SolidWorks, NX, CATIA, or AutoCAD). Develop 2D and 3D tool designs including core, cavity, slides, lifters, cooling circuits, and ejection systems. Collaborate with product design teams to ensure the manufacturability of parts. Create and maintain detailed documentation, including drawings, BOMs, and revision histories. Evaluate mold designs for cost-effectiveness, performance, and reliability. Support tool build, sampling, and validation processes with mold makers and injection molding teams. Participate in design reviews and recommend improvements based on feedback. Troubleshoot tooling issues and propose design modifications or corrective actions. Ensure compliance with industry standards and internal specifications. Stay updated with industry trends, materials, and manufacturing technologies. Preferred candidate profile We are seeking a skilled and detail-oriented Mold Tool Designer to join our engineering team. The ideal candidate will be responsible for the design, development, and improvement of injection mold tools used in the manufacturing of plastic parts. This role requires strong CAD proficiency, understanding of mold-making processes, and experience with DFM (Design for Manufacturability) principles.

Role & responsibilities Design progressive, transfer, and line dies for automotive sheet metal components. Interpret complex part drawings and create complete tool design packages using CAD tools like Siemens NX and AutoCAD . Collaborate with product engineering, manufacturing, and quality teams to ensure designs meet formability, tolerance, and production goals. Conduct formability analysis , draw simulations, and die process planning. Optimize tool layouts to reduce material usage, press time, and ensure dimensional accuracy. Review and revise designs based on try-out feedback , simulation data, or production needs. Generate detailed BOMs , die part drawings, and assembly instructions. Support tool manufacturing, assembly, and commissioning activities . Participate in Design for Manufacturability (DFM) and APQP/PPAP processes. Ensure designs comply with OEM standards and safety regulations . Preferred candidate profile We are seeking a skilled and detail-oriented Sheet Metal Stamping Tool Designer to develop and design tools and dies used in sheet metal stamping processes. The ideal candidate will possess strong knowledge of stamping operations, material behaviors, and CAD software tools. You will work closely with engineering, manufacturing, and production teams to design high-precision tools that meet quality and efficiency standards.