This role leads the energy efficiency and Scope 2 emissions roadmap for Micron’s Fab4 TD/HVM and Fab20 operations. The work centers on finding practical ways to reduce energy use and indirect emissions, then helping facility and business teams turn those opportunities into funded, measurable projects. Data analysis and AI tools support better visibility and decisions.
Semiconductor manufacturing depends on energy-intensive facilities, so operational improvements can affect both emissions and production performance. The role links site-level energy projects with Micron’s broader sustainability work, including carbon-free electricity, renewable energy options and verified emissions accounting. Its value lies in connecting technical changes to credible, trackable reductions.
This suits someone with at least five years of experience in energy, sustainability, facilities or industrial operations, who can work across technical and business teams. A background in semiconductor manufacturing, Scope 2 accounting, energy procurement or project finance would be especially relevant.
Job FAQs
What are the main missions and responsibilities of this role?
The role would set and advance an energy efficiency and Scope 2 emissions roadmap for Fab4 TD/HVM and Fab20. It involves identifying and ranking reduction opportunities, developing a continuing project pipeline, and supporting business cases and funding decisions.
The lead would coordinate execution with facilities, engineering, manufacturing, finance, procurement, EHS and sustainability teams. A further objective is to establish reliable methods for measuring, validating and reporting energy savings and emissions reductions, while assessing renewable electricity, utility partnerships and incentives.
Key learning opportunities for this job
The position could build expertise in Scope 2 emissions accounting, energy management and sustainability measurement within semiconductor manufacturing. The work also offers exposure to renewable and carbon-free electricity options, utility programs, project funding and governance.
Collaboration with facilities, process engineering, finance and procurement could deepen understanding of how operational and commercial decisions shape emissions outcomes. Applying analytics and AI workflows may also develop practical skills in energy forecasting and data-informed decision-making. The posting does not specify formal training or certification support.
How does the ideal candidate look like (experience, skills)?
The posting calls for a bachelor's degree in engineering, environmental science, sustainability, energy management or a related technical area, plus at least five years leading relevant programs. Experience managing projects across technical and business teams, using data to guide improvements, and communicating clearly would be important.
A candidate with semiconductor or other energy-intensive manufacturing experience may be well placed. Knowledge of greenhouse gas accounting, Scope 2 reporting, energy systems, renewable electricity procurement or utility incentives is preferred. An advanced degree is listed as an advantage, not a requirement.
Advice to stand out and make a successful application
Connect your examples directly to the role's two facility areas and its focus on energy efficiency and Scope 2 reductions. Describe a project from opportunity identification through approval and delivery, and quantify energy savings or emissions reductions where you can support the figures.
Explain how you worked across operations, engineering and finance, including how you secured resources and verified outcomes. If relevant, distinguish your experience with renewable electricity procurement, utility incentives, greenhouse gas accounting and analytics tools. Keep all claims accurate, as Micron explicitly warns applicants against misrepresenting qualifications.
What aspects of the company's sustainability is this role likely to focus on?
The clearest focus is reducing energy consumption and Scope 2 emissions at Fab4 TD/HVM and Fab20. The role may also assess renewable energy and carbon-free electricity, utility partnerships and incentives, with potential to connect site-level action to wider emissions objectives.
Measurement is central: the lead is expected to track and validate energy savings and emissions benefits. The posting does not describe Micron's full sustainability strategy, so broader environmental or social priorities cannot be inferred from this position alone.
What are the main challenges someone in this role might face?
A likely challenge is finding reductions that are technically viable in complex semiconductor operations while maintaining production needs. The lead must also align teams with different priorities, from facility performance and process engineering to finance and procurement, and build a case for funding.
Reliable measurement could be demanding: savings and emissions claims need consistent methods and validation. Electricity options, utility incentives, emerging technologies and regulatory requirements may also change, requiring the roadmap and project assumptions to be reviewed over time.
How could a typical day look like for someone in this position?
A day could combine reviewing energy and emissions data with discussions about project opportunities at the facilities. The lead might work with engineering or facilities colleagues to assess a proposed efficiency measure, then coordinate with finance or procurement on costs, funding or electricity options.
Other work could include checking project savings, preparing a case for governance review, and discussing reporting methods with sustainability and EHS partners. Priorities may shift between analysis, implementation support and evaluating utility or technology developments.
What are the opportunities for professional growth and development in this role?
The position could deepen a candidate's expertise in industrial decarbonization, Scope 2 accounting and energy management in semiconductor manufacturing. Work across operations, finance and procurement may also develop skills in project investment cases and cross-functional program leadership.
Experience with renewable electricity strategies, data analytics and AI-enabled workflows could support later opportunities in corporate sustainability, facilities energy management or broader operational decarbonization. The posting does not specify a promotion path, so advancement would depend on organizational needs and performance.
The main stakeholders you might be interacting with
Internal partners named in the posting include Facilities, Process Engineering, Manufacturing, Sustainability, Finance, Procurement and EHS. The lead would work with these groups to identify projects, evaluate costs and technical feasibility, coordinate delivery, and confirm reported results.
Utility partners may be involved in electricity options, incentives and collaboration. Governance reviewers and funding decision-makers are also relevant stakeholders for project approvals. The exact reporting line and external partner arrangements are not specified.
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