Staff Electrochemical Systems Architect - Metal-Fuel Power

Voya Energy; Hayward (CA); On-site; USD 167,000 - 180,000; Full time

Benefits offered by this job

Equity compensation

Unlimited PTO

Full medical coverage

401(k) plan

Job summary

Voya Energy is seeking a Staff Electrochemical Systems Architect to lead the architecture, integration, and performance definition of our metal-fueled power generation platform. You will guide system decisions across chemical, mechanical, electrical, and controls domains, ensuring interfaces and requirements are translated into concrete specs.

You will own subsystem tradeoffs, model interactions, and drive safety and regulatory compliance, collaborating with multi-disciplinary teams to deliver

Qualifications

• Bachelor’s degree or higher in Chemical Engineering, Mechanical Engineering, or a closely related technical field.
• 10+ years of experience in systems engineering, process/equipment engineering, or a similarly multidisciplinary technical role, with ownership of system architecture from concept through detailed design.
• Direct, hands-on experience specifying, sourcing, and integrating both commercial/off-the-shelf equipment and custom-designed components or assemblies.
• Strong grasp of how component and subsystem interactions affect overall system performance, with experience defining and validating performance ranges, tolerances, and operating envelopes.
• Background in chemical processing, power generation, or electrochemical hardware (batteries, fuel cells, electrolyzers, etc.) strongly preferred.
• Working familiarity with relevant industry codes and standards (ASME, NFPA, IEC, UL, NEC, API, as applicable) and EHS/process safety practices such as HAZOP, LOPA, or PHA.
• Experience with CAD tools, P&IDs/PFDs, and engineering documentation best practices; familiarity with process simulation tools (e.g., Aspen Plus/HYSYS) a plus.
• Experience with DFM/DFA a plus.

Responsibilities

• Own end-to-end system architecture for Voya's metal-fuel power generation platform, defining subsystem boundaries, interfaces, and functional allocation across chemical, mechanical, electrical, and controls domains.
• Translate top-level product and customer requirements into detailed, testable specifications at the subsystem, assembly, and component level.
• Specify, evaluate, and select equipment, including commercial/off-the-shelf components and custom-engineered assemblies, balancing performance, cost, availability, and manufacturability.
• Build and maintain a system-level model and source of truth of how components and subsystems interact and influence one another (thermal, fluid, chemical, electrical, and controls).
• Own performance/cost tradeoff analyses between different system architectures to define optimal design targets for each subsystem and inform R&D priorities.
• Conduct trade studies and sensitivity analyses to identify design margins, bottlenecks, and failure modes before they reach hardware.
• Own models that quantify balance of system cost/performance with project and site level cost and performance.
• Lead or support process hazard and safety reviews (HAZOP, PHA, FMEA) and ensure designs conform to applicable industry codes and standards and EHS requirements.
• Create and maintain system-level documentation, including architecture and block diagrams, P&IDs, interface control documents, and requirement/traceability records.
• Identify technical or integration risks, assumptions, and gaps as early as possible, and drive structured efforts to mitigate or resolve them.

Skills

Systems engineering leadership

Cross-functional collaboration

Requirements definition

Education

Bachelor’s degree or higher in Chemical or Mechanical Engineering

Tools

CAD tools

P&IDs/PFDs

Aspen Plus/HYSYS

Job description

Voya Energy is seeking a Staff Electrochemical Systems Architect to lead the architecture, integration, and performance definition of our metal-fueled power generation platform. You will guide system decisions across chemical, mechanical, electrical, and controls domains, ensuring interfaces and requirements are translated into concrete specs.

You will own subsystem tradeoffs, model interactions, and drive safety and regulatory compliance, collaborating with multi-disciplinary teams to deliver