Engineer, IE AMHS
Core
Engineer, IE AMHS at Micron Technology, a world leader in memory and storage solutions, focusing on transforming information into intelligence.
Role type
Senior IC Industrial Engineer (Automation Material Handling System)
Builds
High-performance DRAM, NAND, and NOR memory and storage products
Domain
Semiconductor manufacturing / Industrial Automation
Deliverable
production ML models
Required skills
Preventive maintenance, equipment diagnostics, root cause analysis, predictive maintenance, spare parts inventory management, safety compliance, data-driven decision making, AI-enabled tools, advanced analytics, digital technologies
Preferred skills
Mechanical, electrical, electronic, and software solving skills
Technologies
AI-enabled tools, advanced analytics, digital technologies
Responsibilities
Partner with IT support teams to resolve issues impacting production operations; Proactively monitor and drive AMHS and equipment target performance; Schedule and perform preventive maintenance on assigned equipment; Support AMHS and tool installation, relocation, modification, and upgrade activities; Collaborate with equipment vendors and internal team members to resolve chronic process issues; Improve equipment uptime through quality workmanship and systematic problem solving; Document all maintenance activities using established checklists and tracking systems; Keep the Lead Engineer and Manager informed of AMHS-related issues; Comply with all safety, environmental, and operational procedures; Proactively identify and mitigate potential safety hazards and environmental risks; Develop and maintain equipment maintenance standards, guidelines, and procedures; Establish, optimize, and continuously improve equipment repair and recovery systems; Manage spare parts inventory, drive cost reduction initiatives, and improve parts lifecycle management; Lead equipment repair activities and provide timely resolution for abnormal equipment conditions; Drive equipment capacity enhancement, performance optimization, and reliability improvements; Support new tool releases, including in-house training, OHT testing, and STB removal and reinstallation activities; Leverage AI-enabled tools, advanced analytics, and digital technologies to proactively monitor equipment health, identify performance trends, support predictive maintenance, accelerate root cause analysis, and drive data-driven decision making to improve AMHS reliability, operational efficiency, and manufacturing productivity