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Schneider Electric

Global energy management and automation provider

Chief Systems Architect

Power Systems EngineeringPosted on Nov 13
Full-time

About the Job

Requirements

  • A Master's degree or PhD in Electrical Engineering, Power Electronics, Power Systems, or a closely related discipline is required; equivalent distinguished industry experience may be considered, demonstrating integrated medium-voltage/direct-current system architecture, validation, and technical readiness for mission-critical deployments.
  • Typically 15 or more years of relevant engineering experience, including substantial responsibility for architecture of complex, safety-critical or mission-critical power systems.
  • Demonstrated leadership of North American data-center or utility-facing system integration through technical review, prototype validation, and deployment, with effective coordination across global product and regional execution teams.
  • Deep expertise in several relevant domains such as medium-voltage conversion, solid-state transformers, high-power power electronics, direct-current systems, battery energy storage systems, protection, controls, thermal design, insulation coordination, or data-center power.
  • Practical depth in medium-voltage insulation and grounding, direct-current protection, converter and battery-energy-storage-system interaction, dynamic stability, and prefab integration, with the ability to define measurable equipment-interface limits.
  • Evidence of technical contributions to Underwriters Laboratories certification, laboratory capability definition, and industrialization readiness, working with compliance specialists, manufacturing teams, and program management.
  • Ability to travel up to 35%.

Responsibilities

  • Serve as the end-to-end technical authority for solutions integrating solid-state transformer technologies with wider electrical and infrastructure systems, translating customer and market needs into engineering requirements, reference architectures, and interface specifications.
  • Lead technical trade-offs across the full power train and ensure coherent treatment of system performance, safety, protection, control, thermal management, validation, and lifecycle considerations.
  • Translate approved North America solid-state transformer and integrated power-train strategies into reusable system architectures, interface definitions, and technical readiness evidence for the North America AI Factory pipeline.
  • Apply technical authority to North America system integration within the approved architecture and delegated decision limits; prepare recommendations and obtain approval for material baseline changes, with product-office review for offer-scope and roadmap impacts.
  • Work with the Customer Solution Architect to convert customer application needs into system requirements and with the program manager to deliver technical work packages for customer pilots, Underwriters Laboratories certification, laboratory readiness, and industrialization.
  • Develop the North America system requirements allocation, reference single-line diagrams, operating modes, and performance envelopes from approved product strategy and consolidated customer application inputs.
  • Review requirements jointly with the Customer Solution Architect to distinguish reusable system needs from project-specific constraints; maintain a shared requirements-to-interface-to-test matrix and explicit equipment boundaries.
  • Prepare trade-offs and technical-baseline submissions for architecture review and route product-scope or roadmap implications through agreed governance.
  • Provide the program manager with an agreed technical work breakdown, dependencies, resource estimates, and acceptance evidence for customer pilots and internal readiness gates.
  • Own system boundaries and interface specifications across electrical, control, communication, mechanical, thermal, protection, and safety interfaces; ensure bidirectional traceability between requirements, design decisions, and verification evidence.
  • Author and maintain integrated-system interface-control documents with engineering leads, covering medium-voltage/direct-current ratings, grounding, protection, auxiliaries, thermal limits, mechanical access, communications, and cybersecurity boundaries.
  • Define cross-equipment control authority, interlocks, time synchronization, and failure/recovery behavior for solid-state transformers, direct-current/direct-current converters, battery energy storage systems, and supervisory control, obtaining architecture review for decisions.
  • Review customer-specific departures proposed by the Customer Solution Architect against the approved system baseline, document technical disposition, and escalate changes beyond delegated limits.
  • Use one controlled interface register with the Customer Solution Architect and program manager; supply technical closure evidence and dates and notify the program manager of unresolved dependencies affecting procurement, testing, or deployment.
  • Lead architecture studies and trade-offs covering topology, voltage levels, redundancy, availability, efficiency, power quality, fault management, maintainability, modularity, cost, and roadmap reuse; chair design reviews and approve or escalate material architecture deviations.
  • Lead system studies for impedance interaction, weak-grid operation, medium-voltage/direct-current fault behavior, protection selectivity, grounding, availability, losses, thermal integration, and maintainability using approved equipment models.
  • Evaluate 36 kV solid-state transformer integration and direct-current/direct-current converter plus battery-energy-storage-system options against North America deployment needs; coordinate customer site assumptions and submit consequential design choices for architecture review.
  • Prepare technical maturity and gap assessments for certification, laboratories, and industrialization, including component suitability, insulation, test coverage, manufacturing tolerances, and production-test needs.
  • Provide the program manager with quantified technical risks and recovery options; participate in joint reviews and obtain governance decisions before releasing material technical or offer changes.
  • Establish system-level strategies for functional safety, electrical safety, insulation coordination, grounding, protection, cybersecurity, and applicable standards; define verification and validation from modeling and hardware-in-the-loop through subsystem and integrated-system tests.
  • Lead technical inputs to the program-manager-managed certification program with compliance specialists, including assessment boundaries, applicable requirements, compliance gaps, technical-file content, test specifications, and corrective-action evidence.
  • Define technical requirements and acceptance evidence for laboratory capability, medium-voltage/direct-current supplies, simulation and hardware-in-the-loop, load and battery-energy-storage emulation, protection, instrumentation, and calibration; support program-manager-coordinated procurement and commissioning reviews.
  • Specify integrated validation for approved fault-ride-through, artificial-intelligence smoothing, transfer/backup, weak-grid, parallel, bypass, and fault use cases; agree customer-specific limits and witness requirements with the Customer Solution Architect.
  • Review test results, deviations, and retest needs; submit technical-readiness recommendations for approval and provide the program manager with traceable evidence for certification, laboratory, pilot, and production-release gates.
  • Provide technical direction to product owners and engineering teams, identify capability gaps, capture reusable patterns and lessons learned, and coach architects and technical leads across the organization.
  • Maintain reusable North America reference configurations, validated interface limits, and technical lessons learned from customer programs, certification testing, laboratories, and pilot builds.
  • Review recurring customer gaps with the Customer Solution Architect and present evidence-based architecture recommendations and roadmap/offer recommendations through governance.
  • Participate in program-manager-led portfolio and gate reviews; commit technical deliverables, surface unresolved risks, and close assigned actions in shared program records.
  • Support manufacturing, quality, service, and application teams with approved integration guidance, production-test requirements, and troubleshooting knowledge for repeatable North America deployment.

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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