About the role
AI summarisedBring innovation and thought leadership to End Users and Channel partners by developing state-of-the-art power system architectures for Hyperscale Data Centers. This role involves high-level technical discussions, preliminary engineering design, and contributing to optimized HV/MV/LV power systems solutions.
IndustrialOnsiteTechnical
Key Responsibilities
- Develop state-of-the-art power system architectures to enhance Schneider Electric's competitiveness in segments like Hyperscale Data Center.
- Engage with customers to capture expressed and unexpressed requirements, translating them into robust power systems architectures.
- Carry out preliminary engineering design in compliance with local or relevant international codes.
- Contribute to defining optimized and competitive HV/MV/LV power systems architectures based on the Schneider Electric catalog.
- Conduct Value Engineering on customer solutions with a focus on overall Electrical Architecture.
Requirements
- 10+ years’ experience in Electrical Power System design engineering studies with a strong consulting background.
- Bachelor’s degree in electrical engineering.
- High, Medium, and Low Voltage system design and execution knowledge for Data Center industries.
- Strong knowledge of power systems engineering (architecture, protection, AC & DC power electronics conversion, power quality, reliability).
- Ability to engage customers at C-Level and lead high-level technical discussions.
- Familiarity with project business models and working with Channel partners (Design Consultants, Panel Builders, Contractors).