AMHS Director

Work with global AMHS vendors to plan, design, and implement AMHS solutions for the fab.

Contribute to improving AMHS hardware and software performance, including MCS, controllers, OHT/OHB systems, stockers, and sorters.

Support layout design, standards adoption, and continuous improvement for AMHS deployments.

Partner closely with Manufacturing, Quality, and Engineering teams to identify automation improvement opportunities.

Support cross-functional initiatives to enhance production efficiency, material flow, and system reliability.

Collaborate with IT to resolve system-level issues affecting automation and data communication.

Provide consistent operational support to ensure high uptime and reliability of all AMHS subsystems.

Monitor AMHS performance post-release to production to ensure compliance with safety, quality, and operational standards.

Conduct routine and preventive maintenance activities to sustain long-term system performance.

Participate in shift pass-down meetings and provide clear documentation of issues, corrective actions, and system updates.

Diagnose and resolve hardware and software issues for:

Overhead Hoist Transport (OHT) systems

Overhead Buffer (OHB) units

Stockers & Sorters

Vision and traceability systems

Controllers & communication modules

Lead troubleshooting during production-critical situations while maintaining composure under pressure.

Implement 6S practices and maintain spare parts inventory to support smooth operations.

Share lessons learned with engineering and production teams to enhance issue resolution processes.

Support Continuous Improvement Programs (CIP) and conduct quality checks for system enhancements.

10+ years hands-on experience adjusting, testing, commissioning, or maintaining Daifuku or Muratec AMHS systems

Experience in working at semiconductor fabs, 24x7 manufacturing, or other high-automation industrial environments is beneficial.

Strong willingness to learn AMHS standards, layout concepts, and operations support methodologies.

High proficiency in troubleshooting automation systems across hardware and software layers.

Ability to diagnose root causes and implement long-term corrective solutions.

Excellent teamwork and icollaboration skills.

Strong verbal and written communication abilities for technical and non-technical discussions.

Enthusiastic about learning new technologies, tools, and automation platforms.

Adaptable to fast-paced, dynamic manufacturing environments.

Good organizational and time-management skills; able to juggle multiple priorities.

Practical problem-solving mindset, especially during production downtime events.

Ability to stay calm and focused during system failures or high-pressure situations.