Best NanoTech

AMHS Engineer Automated Material Handling Systems
Industry:
Semiconductor Manufacturing / Wafer Fabrication
<ol>
<li>Role Overview</li>
</ol>
<ul>
<li>Position Details</li>
<li>Location: Ahmedabad, Gujarat, India</li>
<li>Experience: 5+ years</li>
<li>Work Mode: On-site, Semiconductor Fab</li>
<li>Qualification: B.E. in Mechanical Engineering or Electrical Engineering</li>
<li>Functional Area: Factory Automation / AMHS Engineering / Semiconductor Manufacturing</li>
</ul>
We are seeking an experienced AMHS Engineer to support the planning, design, commissioning, integration, operation, and maintenance of Automated Material Handling Systems (AMHS) in a semiconductor fabrication facility.
The position requires hands-on experience with
Daifuku or Muratec AMHS systems
, including troubleshooting, system optimization, preventive maintenance, and operational support.
The engineer will work with global equipment vendors and cross-functional teams to maintain system uptime, improve material flow efficiency, and ensure reliable integration with semiconductor manufacturing operations.
Educational Qualification
<ul>
<li>Key Responsibilities</li>
<li>AMHS Planning and Integration: Collaborate with global AMHS vendors to plan, design, implement, and integrate Automated Material Handling Systems within the semiconductor fab.</li>
<li>System Commissioning: Perform AMHS equipment adjustment, testing, commissioning, validation, and operational readiness activities.</li>
<li>AMHS Equipment Support: Maintain and troubleshoot Overhead Hoist Transport (OHT), Overhead Buffer (OHB), Stockers, Sorters, and associated automation equipment.</li>
<li>Material Control Systems: Support AMHS Material Control System (MCS), equipment controllers, communication modules, and hardware/software interfaces.</li>
<li>Troubleshooting and Root Cause Analysis: Diagnose hardware, software, controller, and communication-related faults. Identify root causes and implement corrective actions.</li>
<li>Preventive Maintenance: Execute routine inspections, preventive maintenance, and equipment reliability improvement activities to minimize unplanned downtime.</li>
<li>Operational Support: Monitor AMHS performance after production release, maintain equipment availability, and respond to production-critical system failures.</li>
<li>System Performance Optimization: Identify opportunities to improve material transportation efficiency, equipment utilization, system reliability, and automation performance.</li>
<li>Cross-Functional Coordination: Work with Manufacturing, Engineering, Quality, and IT teams to resolve AMHS operational issues and improve factory performance.</li>
<li>Vision and Traceability Systems: Troubleshoot AMHS-related vision systems, material tracking, traceability functions, and associated communication interfaces.</li>
<li>Documentation and Compliance: Maintain technical records, shift handover reports, maintenance documentation, corrective action records, and compliance with safety and quality standards.</li>
<li>Continuous Improvement: Support Continuous Improvement Programs (CIP), 6S practices, spare parts management, and implementation of long-term reliability improvements.</li>
<li>Required Qualifications</li>
<li>Bachelor's degree (B.E.) in Mechanical Engineering or Electrical Engineering.</li>
</ul>
Professional Experience
<ul>
<li>Minimum 5 years of hands-on experience in adjusting, testing, commissioning, or maintaining Daifuku or Muratec AMHS systems.</li>
<li>Practical experience troubleshooting industrial automation systems across hardware and software layers.</li>
<li>Experience diagnosing equipment faults and implementing sustainable corrective solutions.</li>
<li>Knowledge of AMHS operational support, equipment reliability, and preventive maintenance.</li>
<li>Ability to work with equipment vendors and cross-functional engineering teams.</li>
<li>Ability to respond effectively to equipment failures and production downtime situations.</li>
</ul>
<ol start="5">
<li>Technical Skills</li>
</ol>
<ul>
<li>Automated Material Handling Systems (AMHS)</li>
<li>Automated Material Handling Systems (AMHS)</li>
<li>Daifuku AMHS</li>
<li>Muratec / Murata Machinery AMHS</li>
<li>AMHS Installation, Adjustment and Testing</li>
<li>AMHS Commissioning and Maintenance</li>
<li>AMHS System Integration</li>
<li>AMHS Equipment and Subsystems</li>
<li>Overhead Hoist Transport (OHT)</li>
<li>Overhead Buffer (OHB)</li>
<li>Automated Stockers</li>
<li>Material Sorters</li>
<li>AMHS Equipment Controllers</li>
<li>Vision and Traceability Systems</li>
<li>Automation and Control Systems</li>
<li>Material Control System (MCS)</li>
<li>AMHS Hardware and Software Troubleshooting</li>
<li>Equipment Communication Modules</li>
<li>Automation System Interfaces</li>
<li>AMHS System Performance Monitoring</li>
<li>Maintenance and Reliability</li>
<li>Preventive Maintenance</li>
<li>Equipment Troubleshooting</li>
<li>Root Cause Analysis (RCA)</li>
<li>Corrective Maintenance</li>
<li>Equipment Uptime and Reliability Improvement</li>
<li>Spare Parts Management</li>
<li>Manufacturing Operations</li>
<li>Semiconductor Fab Automation</li>
<li>Material Flow Optimization</li>
<li>Manufacturing Equipment Support</li>
<li>Production Downtime Resolution</li>
<li>Safety and Quality Compliance</li>
<li>Continuous Improvement Programs (CIP)</li>
<li>6S Practices</li>
</ul>
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AMHS Engineer – Automated Material Handling Systems

AMHS Engineer – Automated Material Handling Systems

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