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Schneider Electric

Global energy management and automation provider

Senior Power Electronics Engineer

Power Systems EngineeringPosted on Nov 13
Full-timeAndover, MA, USA

About the Job

Requirements

  • A Master’s degree or PhD in Power Electronics, Electrical Engineering, or a related discipline, with 7+ years of relevant industry experience.
  • Demonstrated experience designing high-power-density AC-DC and DC-DC converters, modular power supplies, or power shelves, including topology selection, detailed design, and hardware validation.
  • Advanced proficiency with PLECS and power converter control modeling, including switching and small-signal modeling, loop compensation, stability, impedance, transient response, and loss analysis.
  • Hands-on design experience with SiC/GaN devices, gate drives, high-frequency magnetics, sensing, protection, thermal management, and high-current power interconnects.
  • Demonstrated ability to translate customer requirements into technical architectures and lead customer-facing technical discussions and design reviews.
  • Ability to work onsite in the Greater Boston area and travel as needed for customer and engineering engagements.

Responsibilities

  • Lead technical engagement with data center customers by driving architecture discussions to understand emerging 800VDC AI data center power requirements, translating evolving customer needs into product requirements, and working with cross-functional teams to develop power shelf architectures, topology proposals, simulations, and technical recommendations.
  • Lead customer design reviews by presenting proposed architectures, topology trade-offs, PLECS simulation results, control strategies, efficiency and loss analyses, thermal considerations, protection concepts, and validation plans, and incorporating customer feedback into the design.
  • Lead the detailed design and validation of modular high-power 415/480VAC and 800VDC power shelves and rack-level power systems, including three-phase PFC, multilevel, multiphase LLC, Dual Active Bridge, and other advanced converter topologies.
  • Create switching, averaged, small-signal, loss, and thermal models in PLECS; derive transfer functions; design and analyze control and current-sharing loops; and perform loop-gain, stability, impedance, and transient-response analysis.
  • Apply SiC and GaN technologies and optimize semiconductors, gate drives, high-frequency magnetics, sensing, protection, busbars, and high-current interconnections; perform detailed semiconductor, magnetics, interconnect, and system-level loss analysis.

Desired Qualifications

  • Direct experience developing power shelves, power racks, or rack-level power systems for AI or hyperscale data centers, including 415/480VAC, 50VDC, and emerging 800VDC architectures.
  • Deep knowledge of advanced power converter topologies, including three-phase PFC, multilevel multiphase LLC, Dual Active Bridge converters, and other high-power-density AC-DC/DC-DC topologies.
  • Strong experience with advanced converter modeling and control analysis, including small-signal models, loop-gain measurement, impedance modeling, converter interaction, stability analysis, and simulation-to-hardware correlation.
  • Understanding of AI GPU/accelerator load profiles, rapid load transients, peak power shaving, rack-level energy storage, and their interaction with upstream power converters.
  • Experience with liquid-cooled, high-power-density power electronics, including electrical/thermal co-optimization.
  • Experience working directly with hyperscale data center operators, compute-platform companies, server OEMs/ODMs, or semiconductor and technology partners.

About the Company

Schneider Electric

Global energy management and automation provider

Schneider Electric is a global specialist in energy management and automation. It helps homes, businesses, and industries run electricity more efficiently by selling electrical products, automation hardware, software, and related services. Its offerings cover electrification, automation, and digitization, and solutions connect devices, collect data, and control systems to optimize energy use in smart industries, resilient infrastructure, and data centers. The company distinguishes itself with a broad, end-to-end portfolio and a worldwide presence in over 100 countries, combining hardware, software, and services to address sustainability and reliability. Its goal is to help people and organizations use energy more efficiently, reduce environmental impact, and improve uptime and reliability.

Company size
10,001+
Company stage
IPO
Headquarters
Rueil-Malmaison, France
Founded
1836

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