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The Facilities Electrical Engineering Manager at Micron Technology is a pivotal role responsible for overseeing a team of engineers who are the subject matter experts in electrical, instrumentation and controls, fire alarm, and toxic gas monitoring systems across the Boise campus, including the ID1 high volume manufacturing fab. This position requires a high-energy, tenacious, and ambitious individual with a strong work ethic and integrity. The manager will work closely with the Operations team to ensure that all systems are operating as designed and within specification limits. This includes troubleshooting, driving reliability and efficiency improvements, and monitoring system parameters to ensure optimal performance. In addition to operational responsibilities, the Facilities Electrical Engineering Manager will provide design engineering support for base build projects, system expansions, modifications, and new equipment installations. This involves developing statements of work, sequences of operations, and basis of design, as well as providing design input and reviewing submittals. The role also encompasses driving global alignment, reliability and efficiency improvements, cost reductions, capacity planning, improved automation and monitoring, regulatory compliance, and alignment with sustainability goals. The manager will utilize advanced knowledge of facilities electrical systems, controls, and fire alarm systems to ensure reliability across all site systems. They will manage departmental financial budgeting, forecasting, and expenditures related to electrical system maintenance and projects. The role requires maintaining knowledge of current and emerging technologies and their impact on existing systems, as well as using an advanced Computerized Maintenance Management System (CMMS) for asset management, equipment reliability, labor tracking, and system accounting. The Facilities Electrical Engineering Manager will also review trends to identify opportunities for reducing utility usage and develop long-term strategies by monitoring mature processes and quantifying equipment end-of-life data.