Purpose

Key Responsibility

• Automated Material Handling Systems (AMHS) Engineers is responsible for plan, design, enable and execute the operational support of  AMHS with vendors together.
• Deal with AMHS vendors to improve hardware and software(MCS, controllers) capability if needed.
• Collaborate and closely partner with fab organization to implement AMHS solutions. Work closely with the manufacturing (MFG) and Quality teams to identify opportunities for continuous improvement in automation processes.
• Participate in cross-functional initiatives to enhance production efficiency and quality.
• Provide consistent support to operations by monitoring and maintaining automation systems. It is to ensure high uptime and reliability of automation tools and Automated Material Handling Systems.
• Monitor tool performance post-release to production, ensuring adherence to safety, quality and operational standards.
• Perform troubleshooting and repairs of automation tools, including OHT, OHB, Stocker, Sorters, Vision systems, and traceability solutions, focusing on both hardware and software issues.
• Collaborate with the IT team to resolve automation system issues effectively and in a timely manner.

Qualification

BE in Mechanical or Electrical Engineering.

Experience

Exp - 2 to 10yrs

Additional Technical Requirements

• Experience in adjusting, testing and commissioning of Daifuku or Muratec AMHS is a plus.
• Willing to learn AMHS standard, layout design, execute operation support, work on CIP(Continuous Improvement Plan) and conduct quality check.
• Proficiency in troubleshooting and repairing automation systems.
• Ability to diagnose and resolve hardware and software issues effectively.
• A proactive approach to identifying root causes and implementing long-team solutions.
• Excellent teamwork skills to work closely with Manufacturing, Quality, and IT teams.
• Ability to communicate technical issues and solutions effectively to cross-functional teams.
• Enthusiasm for learning new technologies, tools, and systems in automation.
• Adapt to dynamic manufacturing environments and evolving processes.
• Strong organizational and time-management abilities to handle multiple tasks and priorities.
• Practical problem- solving abilities during production-critical situations.
• Ability to remain composed under pressure, especially during system failures or production issues.

Competencies