We are currently looking for driven engineering professionals across multiple specializations: Process, Equipment, QA, or Manufacturing Engineering. Whether you excel at improving yield rates, minimizing machine downtime, resolving customer quality issues, or optimizing shop-floor throughput, we have an opportunity matched to your technical expertise.

[Responsibilities]

Process Engineering (Yield & Parameter Optimization)

Monitor and optimize daily process parameters, master parameters, and automated in-line vision inspection setups.
Analyze production yield reports, identify root causes for scrap/rework, and drive continuous improvement (CIP) for cost and cycle-time reduction.
Troubleshoot complex process deviations on the floor using data-driven methodologies (SPC, DOE).

Equipment & Automation Engineering (Uptime & Maintenance)

Manage high-tech manufacturing equipment performance, ensuring tools run at optimal stability and efficiency.
Oversee tool installation, modification, testing, commissioning, and regular qualification activities.
Maximize equipment uptime by executing predictive/preventive maintenance and optimizing MTBF and MTTR metrics.

Quality Assurance / QA Engineering (Defect Disposition & Compliance)

Take ownership of material disposition, investigate defect roots, and author comprehensive responses to NCIRs/NCRs issued by QA.
Utilize structured problem-solving tools (8D, 5-Why, Fishbone) to address internal and customer-reported quality complaints.
Ensure engineering workflows and line processes strictly adhere to international quality and environmental standards.

Manufacturing / Production Engineering (Line Management & SOPs)

Oversee day-to-day manufacturing workflows to ensure seamless operations, balancing output targets with cost consensus.
Establish and continuously update critical engineering documentation, including Standard Operating Procedures (SOPs), Control Plans, FMEAs, and Work Instructions (WIs).
Drive strict line governance regarding material traceability, purging control, and waste minimization.

[Requirements]

Diploma or Bachelor's Degree in any Engineering.
Minimum 2 years of experience in engineering field.
Analytical mindset, excellent problem-solving capabilities, and strong communication skills to collaborate effectively with cross-functional module teams.