Manufacturing Engineer

Brief Summary:

• Lead SMT process control, equipment reliability, production support, and continuous improvement activities. Apply structured analysis and engineering expertise to improve quality, efficiency, productivity, and operational stability.

Responsibilities

• Provide immediate technical support for production issues, including troubleshooting process and equipment abnormalities. Create, verify, and optimise SMT machine programmes. Lead improvement projects focused on OEE, yield, productivity, quality, cost reduction, and waste elimination. Support new product introduction and engineering changes. Monitor and control SMT process parameters to maintain stable production performance. Conduct process validation and capability studies. Manage and control 4M changes covering personnel, equipment, materials, and methods. Maintain process documentation, work instructions, and engineering records. Ensure compliance with applicable quality, safety, and environmental requirements. Support internal and external audits as required. Perform root-cause analysis for equipment failures and process issues. Plan and support preventive maintenance activities. Monitor machine performance and identify opportunities for improvement. Coordinate feeder maintenance and confirm equipment readiness. Manage critical spare-parts inventory, monitor usage, and forecast future requirements. Coordinate with suppliers to maintain the availability of critical components. Analyse production data and implement corrective actions to prevent recurrence. Collaborate with Production and Quality teams to support operational targets. Apply Lean Manufacturing, Kaizen, 5S, and structured problem-solving methodologies. Support automation and digitalisation initiatives where applicable.

Requirements

• Diploma/ Degree in Process Engineering or related discipline. Experience in SMT equipment operation, troubleshooting, and maintenance. Knowledge of solder paste printing, reflow soldering, automated optical inspection, and component placement systems. Strong troubleshooting and root-cause analysis capabilities. Familiarity with OEE, 5S, and Lean improvement practices. Proficiency in Microsoft Office applications, particularly Excel. Knowledge of ERP, MES, or other manufacturing systems is advantageous. Strong analytical and problem-solving skills. Ability to work independently and collaboratively. Proactive and results-oriented approach. Ability to respond effectively in a fast-paced production environment.