Own the end-to-end power and energy architecture and strategy for hyperscale AI data centers, spanning utility interconnection, on-site generation, battery energy storage systems (BESS), resiliency, and the long-term technology roadmap.
Serve as the technical authority and executive advisor for multi-hundred-megawatt to gigawatt-scale power systems supporting AI infrastructure. Translate rapidly evolving compute requirements into executable, cost-optimized, and resilient power strategies while driving standardization, capital efficiency, and risk reduction across a global portfolio.
Internal Responsibilities
Key Responsibilities
- Lead due diligence, pilots, and adoption of emerging technologies in Power Generation, with investment-grade technical and financial justification
- Define the global reference architecture and standards for grid-connected and hybrid BTM generation models supporting large-scale data centers
- Own system-level trade studies across reliability, transient behavior, fault response, black-start capability, and expansion phasing
- Set the long-term architectural strategy and standardization approach for data center power generation plants
- Establish performance benchmarks, reliability targets, and analytics frameworks to continuously improve plant efficiency and uptime
Qualifications
- Bachelor’s degree in electrical, power, or a related engineering discipline
- 15+ years of experience in HV power systems, on-site generation, and power plant engineering
- 15+ years of experience designing and delivering mission-critical facilities
- 8+ years of experience in transient analysis for grid-connected generation and microgrids
- Proven track record with large-scale electrical infrastructure
Preferred qualifications
- Experience with utility interconnection strategy, permitting, and coordination with authorities having jurisdiction (AHJs)
- Master’s or PhD in engineering, business, or a related field
- Professional Engineer (PE) license
External Responsibilities
Key Responsibilities
- Lead due diligence, pilots, and adoption of emerging technologies in Power Generation, with investment-grade technical and financial justification
- Define the global reference architecture and standards for grid-connected and hybrid BTM generation models supporting large-scale data centers
- Own system-level trade studies across reliability, transient behavior, fault response, black-start capability, and expansion phasing
- Set the long-term architectural strategy and standardization approach for data center power generation plants
- Establish performance benchmarks, reliability targets, and analytics frameworks to continuously improve plant efficiency and uptime
Qualifications
- Bachelor’s degree in electrical, power, or a related engineering discipline
- 15+ years of experience in HV power systems, on-site generation, and power plant engineering
- 15+ years of experience designing and delivering mission-critical facilities
- 8+ years of experience in transient analysis for grid-connected generation and microgrids
- Proven track record with large-scale electrical infrastructure
Preferred qualifications
- Experience with utility interconnection strategy, permitting, and coordination with authorities having jurisdiction (AHJs)
- Master’s or PhD in engineering, business, or a related field
- Professional Engineer (PE) license
