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Form Energy

Iron-air multi-day energy storage systems

Staff Systems Engineer

Design EngineeringConfirmed live in the last 24 hours
Full-timeBerkeley, CA, USA

About the Job

Requirements

  • At least 7 years of experience in systems engineering, product integration, or technical lead roles within deep-tech industries such as energy storage, automotive, aerospace, or industrial power systems.
  • Technical breadth across multiple disciplines, including electrical systems, thermal management, software controls, and electrochemical or physical hardware development.
  • A track record of managing complex hardware requirements from initial concept through verification, validation, and commercial scale-up.
  • Mastery of systems engineering tools and methodologies, including requirements management, boundary diagramming, interface controls, and risk assessment frameworks such as Design Failure Mode and Effects Analysis (DFMEA).
  • Ability to lead cross-functional teams toward technical alignment on multi-variable trade-offs.
  • Ability to understand novel, complex technology from the component level to full grid integration.
  • Ability to navigate ambiguity and balance rigorous engineering standards with execution speed in a fast-paced environment.
  • Ability to decompose abstract, highly integrated technical problems into reliable system designs.

Responsibilities

  • Lead system-level architecture design, boundary definition, and multidisciplinary interface control for multi-day iron-air battery energy storage systems.
  • Define, cascade, and decompose system and subsystem requirements and functions to balance performance, safety, reliability, and manufacturing cost using a requirements management tool such as JAMA, Polarion, or DOORS.
  • Conduct detailed system-level modeling, hazard analyses, and failure modes and effects analyses to identify and mitigate technical risks.
  • Use functional decomposition and Model-Based Systems Engineering tools such as Catia Magic to develop logical and physical architectures.
  • Drive requirement change requests through functional impact analysis.
  • Evaluate system and subsystem technical maturity based on requirement, design, and verification coverage.
  • Partner with electrochemical, mechanical, power electronics, and controls engineering teams to coordinate testing, validation, and system integration strategies.

About the Company

Form Energy

Iron-air multi-day energy storage systems

Form Energy develops and sells energy storage systems designed for long-duration use in the electric grid. Its main product is an iron-air battery that can store electricity for up to about 100 hours, offering a cost-effective alternative to traditional power plants and enabling a fully renewable grid. The system works by storing energy chemically in iron and air, allowing electricity to be released when needed over multi-day stretches, with a focus on scalable manufacturing and system integration to meet utility and municipal needs. The company differentiates itself by pursuing low-cost, multi-day storage on a large scale, leveraging iron as a plentiful material to deliver affordable, reliable energy storage compared to conventional approaches. Its goal is to support deep decarbonization of the electric system by providing reliable, year-round renewable power through affordable energy storage and deployment alongside grid infrastructure.

Company size
501-1,000
Company stage
Debt Financing
Total funding
$2.6B
Headquarters
Somerville, MA
Founded
2017

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