What You’ll Do:

• Fundamentally understand our manufacturing processes and scrutinize their utility needs. Challenge and optimize.
• Develop and own the factory utilities and energy model, linking it to our manufacturing capacity and processes.
• Partner with stakeholders to understand, aggregate and summarize site-wide utilities requirements.
• Identify factory-wide energy efficiency opportunities and develop innovative systems to achieve them (e.g., recover waste heat from furnaces to utilize into other processes).
• Conceptual design of innovative utility systems and/or optimize existing ones.
• Perform feasibility and techno-economic studies on capital projects and new equipment technologies to meet aggressive internal rate of return expectations.
• Perform capacity and risk analysis for large capital infrastructure.
• Analyze design field performance and recommend key improvements for future factory phases.
• Tackle infrastructure development challenges that blend complexity, objective thinking, and social interactions.

What You’ll Bring:

• 5+ years of relevant experience, preferably designing new or retrofitting existing factories for high-volume manufacturing processes and/or executing large scale multi-disciplinary technical projects.
• Multiphysics modeling as well as utilities and manufacturing processes expertise.  
• Ability to think on a system level while also showing depth of detail in principles that drive complex engineering problems.
• Team player who can build trust and influence diverse teams outside of direct reporting structure.
• Highly organized, enthusiastic and fast learner.
• Scientific programming and database skills are highly desirable (Matlab/Simulink, Revit, Python, SQL, or equivalent).
• Exceptional drive, sense of ownership and resourcefulness.
• Masters degree or higher in mechanical or chemical engineering or equivalent.