Manufacturing Engineer

Key Responsibilities Monitor daily manufacturing operations and support production lines to achieve output, quality, yield, safety and productivity targets. Analyse production performance, process data, downtime, scrap and defect trends to identify improvement opportunities. Lead or support continuous improvement projects to improve process stability, cycle time, cost, yield and manpower efficiency. Troubleshoot manufacturing process, equipment, material, and workflow issues together with Production, Process Engineering, Equipment Engineering, Quality and Maintenance teams. Support new product introduction, process qualification, engineering evaluations, line readiness and production ramp-up activities. Develop, review, and maintain manufacturing procedures, work instructions, control plans and training materials. Train and coach line leaders, technicians, and operators on manufacturing procedures, process controls, quality requirements, safety practices and 6S standards. Support manpower, consumables, tooling, and equipment readiness planning to ensure smooth production execution. Drive root cause analysis and corrective/preventive actions for production excursions, quality issues, safety concerns and recurring line disruptions. Prepare manufacturing reports, improvement updates, and management presentations using production data and key performance indicators. Support factory expansion, equipment installation, process transfer, and layout or workflow optimization activities when required. Professional Qualifications: Degree in Manufacturing Engineering, Industrial Engineering, Chemical Engineering, Chemistry or related field. Fresh graduates encouraged to apply. Specialized Knowledge & Skills: Experience/knowledge in high-volume manufacturing,semiconductor, electronics, PCB, precision engineering, or relatedmanufacturing environment Knowledge of manufacturing process control, equipmentoperation, production planning, yield improvement, and shopfloortroubleshooting Experience with root cause analysis, corrective/preventiveactions, process qualification, and continuous improvement activities Knowledge of Lean Manufacturing, 6S, basic statisticalanalysis, SPC, FMEA, DOE, or Six Sigma methodology is an advantage Ability to develop/apply AI methodologiesis an advantage. Competencies: Able to analyse production data, identify trends, andconvert findings into practical improvement actions Able to work effectively with Production, Quality,Equipment, Process Engineering, Maintenance, Planning and Supply Chain teams Able to lead small improvement projects, coordinateactions, follow up on improvement effectiveness and communicate progressclearly Able to compile and present manufacturing reports usingMicrosoft Excel, PowerPoint, and other data analysis tools Experience working/performing tasks in a clean-room,controlled production, or highly regulated manufacturing environments is anadvantage Attributes: Strong analytical and problem-solving mindset Hands-on, proactive, and comfortable working on the production floor Good communication, coordination, and stakeholder management skills Able to work under pressure in a fast-paced manufacturing environment Attention to detail and strong ownership of safety, quality, delivery, cost, and productivity outcomes Others: Experience in semiconductor, PCB, copper plating, electronics, precision engineering, or other high-volume manufacturing environments is an advantage. Willingness to support shift operations, production escalations, factory expansion, equipment installation, or process transfer activities when required. Good internship, work experience, strong CCAs are an advantage.