The Process Engineer is responsible for establishing production process and performing evaluation and analysis of the product, providing engineering support to production in their manufacturing operations. This includes yield improvement and process start-up.
Serve as the engineering resource for molding operations, ensuring process standardisation and operational effectiveness.
Set up and optimise processes for new tooling, moulding machines and automated loading equipment.
Participate in early product and tooling design reviews, including tooling modifications, to ensure process robustness, product quality and required process capability.
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Prepares technical analysis of the Refinery processes including material balances and energy balances (Daily/Monthly/Yearly), identifying system bottlenecks, etc. for the purpose of good maintaining & improving refinery operations.
Prepares preliminary economic analysis of the refinery processes including yield optimization, linear program modelling for refinery blending operations, economic justification for refinery capital projects, etc.
Prepares technical analysis of individual refinery systems (water treating, flare, heat exchanger, etc.) as required. (May need to use computer simulation with HYSYS/ ASPEN etc.)
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To support New Product Introduction (NPI) and product transfer activities for the assembly production line.
To provide day-to-day engineering support to Assembly Production, ensuring stable processes, improved efficiency, and compliance with customer requirements.
Improve production efficiency and productivity through the implementation of new or enhanced processes.
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To comply with relevant Safety, Health and Environment regulations and other requirement and continuous commitment and support towards accident prevention
Carry out daily operation checklist and routine equipment inspections.
Support daily productivity targets assigned by HOD or Immediate Superior.
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High-Volume Machine Uptime: Perform rapid troubleshooting and emergency repairs on high-runner automated production lines to minimize cycle-time bottlenecks.
Preventive & Corrective Maintenance: Execute strict preventive maintenance (PM) schedules to avoid breakdowns on high-speed automation equipment.
System Troubleshooting: Diagnose mechanical, electrical, pneumatic, hardware, and PLC control system errors on the fly.
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Contribute to their team in creating a ÂGreat Place to Work by role-modelling safety-first, a Kaizen mind-set, and supporting their colleagues
Hold themselves, and fellow team members accountable to embody the GKNA culture principles
Undertake all of their tasks in compliance with the standard work and their training, and make any problems; safety, quality, or other, immediately known to their TL
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