Automation Engineer - Semiconductor Fab & AMHS Lead

United Microelectronics Corporation (Singapore Branch); Singapore; On-site; SGD 60,000 - 100,000; Full time

Job summary

United Microelectronics Corporation (Singapore Branch) is expanding its fab in Singapore. We are seeking automation engineers to lead new technology transfer, line setup, maintenance, and productivity improvements to ensure production runs smoothly.

You will collaborate with IT, manufacturing and vendors, manage AMHS processes, and drive enhancements to reduce downtime and maximize throughput in a fast-paced semiconductor environment.

Qualifications

• Bachelor degree in Electrical/Mechanical/Mechatronics/Computer Management or related field.
• Strong teamwork and communication abilities.
• Self-driven with a focus on innovative solutions and task completion.
• Strong problem-solving and critical thinking capabilities.
• Experience with IT infrastructure setup/maintenance, Windows IPCs is a plus.
• AMHS hardware commissioning and maintenance experience may qualify for senior roles.

Responsibilities

• Manage AMHS, Sorter and FOUP performance metrics.
• Lead AMHS daily operations, maintenance, troubleshooting and vendor liaison.
• Create new function or tune system to optimize EQ/system performance.
• Interact with IT, manufacturing, EQ/Process owner and vendors to minimize downtime and maximize throughput.
• Initiate project management on cost, quality, scope and schedule to ensure timely delivery.

Skills

Communication skills

Teamwork

Innovative solutions

Critical thinking

IT infrastructure experience

AMHS hardware experience

Education

Bachelor in related Engineering

Tools

AMHS systems

Job description

United Microelectronics Corporation (Singapore Branch) is expanding its fab in Singapore. We are seeking automation engineers to lead new technology transfer, line setup, maintenance, and productivity improvements to ensure production runs smoothly.

You will collaborate with IT, manufacturing and vendors, manage AMHS processes, and drive enhancements to reduce downtime and maximize throughput in a fast-paced semiconductor environment.