Senior Water Engineer - UPW, WWT and Waste Chemical Systems

About the role

Micron Technology, a global leader in memory and storage solutions, is looking for an experienced Senior Engineer to join its Water team in the Global Facilities Engineering department. You will provide engineering services and support for the planning, design, construction, operation and maintenance of water-related facilities systems at Micron's semiconductor manufacturing sites worldwide, covering UPW, WWT and waste chemical systems.

Key responsibilities

• Act as the technical field domain expert, advising Site Facilities and Manufacturing teams, and collaborate with Technology Development, Procurement, Finance and Legal.
• Develop, review and maintain global standards, specifications and best known methods for systems, equipment and components.
• Promote standardization across the global network for engineering design, construction projects, reliability programs and O&M practices.
• Improve system designs to gain performance, efficiency and cost benefits, and benchmark against industry best practices.
• Support design teams on large-scale facility expansion projects, ensuring compliance with standards, codes and regulations, and review design packages, cost and schedule estimates and construction progress.
• Lead Global Facilities Programs and Sustainability Programs, and apply AI tools such as predictive analytics, Copilot and digital twins to facilities performance and reliability.

Required profile

• Bachelor's degree in Mechanical, Chemical, Process or Industrial Systems Engineering.
• 7 to 10 years of experience with UPW, WWT and waste chemical systems in the semiconductor industry.
• Background in designing facilities and semiconductor UPW/WWT systems, reclaim water systems, WWT systems, waste chemical systems and distribution systems.
• Ability to prioritize workload, communicate well and work in a team; self-motivated with good organizational skills.
• Willingness to travel internationally 25-40% on average, up to 50-66% during critical project phases.