Form Energy

You'll build **cloud-based data infrastructure** for a revolutionary **iron-air battery company**. Your work will **accelerate R&D cycles** and ensure reliable data access for lab, factory, and field teams. This role offers the chance to shape the data platform during a period of rapid scaling.

You'll build **data pipelines** and **internal applications** for a company revolutionizing energy storage with iron-air batteries. You'll work closely with lab, plant, and field teams to generate insights and accelerate learning cycles. This role offers the chance to define our **AI platform roadmap**.

You'll serve as the definitive technical and quality authority for **contract-manufactured custom electronics**, owning the end-to-end industrialization lifecycle. Your core impact will be architecting quality frameworks like **PPAP and APQP** to ensure world-class reliability at scale. This hybrid role offers the chance to shape **America's energy future** with a fast-growing clean tech company.

You'll **lead Design for Manufacturing (DFM)** and **Advanced Product Quality Planning (APQP)** reviews to optimize sheet metal components for cost and manufacturability. You'll drive supplier maturation from prototype through production, ensuring schedule and quality targets are met. This role offers **the chance to scale breakthrough iron-air battery technology** at a fast-growing clean energy company.

You'll **design and develop the air delivery system** for Form Energy's **iron-air battery technology**, a key safety system. You'll **architect flow models** and **lead prototypes** for high-volume manufacturing, working with cross-functional teams to optimize performance and cost.

You'll design, troubleshoot, and repair **production equipment** for **Form Energy's iron-air battery manufacturing** at Form Factory 1. You'll collaborate with operations and controls engineers to solve challenging manufacturing problems and support equipment startups. This is a hands-on role in a fast-scaling clean energy company recognized by TIME and MIT Technology Review.

You'll design **industrial control panels** for groundbreaking **iron-air battery technology**. You'll manage the full lifecycle from component selection through high-voltage validation, working cross-functionally to deliver panels meeting NEC and UL 508A standards.

You'll collaborate with the Product Manager and engineering teams to refine technical requirements for Form Energy's **digital manufacturing ecosystem**. Your work will ensure software features are successfully deployed on the factory floor, **bridging the gap between developers and operations**. This role offers the chance to **drive operational excellence** in a fast-growing clean energy company.

You'll **establish a robust qualification process** for electrolyte products and **optimize the electrolyte workflow** for Form Energy's long-duration energy storage system. You'll work hands-on in the lab to design experiments and analyze data with the technology development team.

You'll join Form Energy's operations sustaining team, supporting **high-volume battery manufacturing** at a state-of-the-art facility. Your core impact will be maintaining and troubleshooting **electrical testing equipment** to ensure stable, safe production. This role offers the chance to shape processes at a **TIME 'Best Invention' company** revolutionizing energy storage.

You'll design and commission cutting-edge manufacturing equipment for **iron-air battery production** at **Form Energy**, a TIME Best Invention company. You'll lead electromechanical control system development from concept to deployment, directly combating climate change. This role offers the chance to shape high-volume manufacturing at a pivotal moment in the company's growth.

You'll **own the plastic parts supply category** for an **iron-air battery manufacturing** company. Your work will **optimize costs and supplier relationships** to scale production. This hybrid role offers a chance to shape supply chain strategy at a fast-growing climate tech company.

You'll design **machine vision systems** for **high-volume battery manufacturing** at Form Energy's Weirton facility. Your work directly ensures **quality control** in continuous processes that produce iron-air batteries for grid storage.

You'll **monitor and maintain production processes** for **iron-air battery manufacturing** at Form Energy's high-volume facility. Your core impact is ensuring consistent quality and efficiency while troubleshooting equipment issues and driving continuous improvement.

You'll **own manufacturing equipment performance** in a high-volume battery production environment, leading reliability and continuous improvement. Your work will directly enable the ramp-up of **first-of-its-kind iron-air battery technology** at a flagship facility. This role offers the chance to shape America's energy future with a **TIME-recognized innovation**.

You'll serve as the senior technical authority on the night shift production floor, owning line performance and leading a team of technicians in a high-complexity, automated battery manufacturing environment. Your core impact will be driving OEE, yield, and cycle time improvements through real-time problem solving and data-driven decisions. This role offers unique autonomy to shape equipment design through direct feedback to day-shift engineering teams.

You'll lead **mechanical assembly process improvements** at Form Energy's high-volume battery manufacturing facility. Your core impact will be analyzing production metrics like **OEE and yield** to drive data-driven solutions. This role stands out with the opportunity to **shape next-generation equipment** through direct feedback to design teams.

You'll drive **optimization of critical production workflows** for **Form Energy's iron-air battery manufacturing**. You will use data-driven insights to enhance quality, throughput, and yield, directly enabling the delivery of **long-duration energy storage systems** for a stable electric grid.

You'll lead **procurement and inspection** of custom parts for development builds, ensuring they meet specifications. You'll act as the bridge between suppliers, R&D, and manufacturing to drive **process engineering excellence**. This role offers the chance to shape manufacturing at a fast-growing clean energy company.

You'll lead **materials characterization** and **analytical method development** for Form Energy's breakthrough iron-air battery technology. Your team drives analytical excellence, failure analysis, and factory method transfers, accelerating validation for **global grid reliability**.

You'll **lead the design of electrode assemblies** for Form Energy's **iron-air battery cells**, driving concepts from prototype to high-volume production. Your work will directly impact the reliability and cost of our multi-day energy storage system, a **TIME Best Invention**.

You'll **lead electrode assembly design** for Form Energy's **iron-air battery cells**, owning components from concept to high-volume production. Your work will directly enable **cost-effective multi-day energy storage** to strengthen the electric grid. This role offers **relocation assistance** and a chance to scale revolutionary manufacturing.

You'll lead **electrode assembly design** for Form Energy's **iron-air battery cells**, driving components from concept to high-volume production. Your work will directly impact **reliable, cost-effective multi-day energy storage** at a TIME-recognized climate tech company.

You'll **drive new manufacturing line bringups** and **lead technical assessment of build processes** for Form Energy's iron-air battery production. Your core impact will be **establishing standards and best practices** for equipment design and commissioning. This role offers the chance to shape a fast-moving company with breakthrough energy storage technology.

You'll support **manufacturing and warehousing operations** at Form Energy's first high-volume battery production facility. Your core impact is ensuring smooth facility operations by receiving shipments, managing inventory, and delivering materials to production. This role offers the chance to **shape operations at a fast-growing clean energy startup** revolutionizing energy storage with **iron-air battery technology**.

You'll **support manufacturing and warehousing operations** at a high-volume battery production facility. You'll handle incoming shipments, pull orders, and deliver material to production using a forklift. This role is key to keeping Form Energy's operations running smoothly as they scale battery production.

You'll **lead the design and execution** of Form Energy's first-of-its-kind battery factory, connecting engineering, manufacturing, and construction. As the bridge **between factory engineering and facility design**, you'll manage change requests, schedules, and design reviews. This is a **blank-slate opportunity** to shape the most advanced high-volume battery manufacturing facility.

You'll develop and validate **analytical methods** for battery components as part of the Quality Analytical Development team at Form Energy, a company revolutionizing energy storage with iron-air batteries. You'll create robust, data-driven methods that support **product qualification and root-cause investigations** in a high-volume manufacturing facility. This hands-on role directly impacts **production readiness and product quality**, collaborating with engineering and operations teams.

You'll serve as a strategic talent partner for Form Energy's Engineering organization, leading full-cycle recruitment for **hardware engineering roles**. You'll directly impact the scaling of our **pioneering iron-air battery technology** by building robust talent pipelines and advising leadership on market intelligence. This hybrid role offers the chance to **shape the team building America's energy future**.

You'll design and execute experiments connecting component-level changes to cell outcomes, working with electrode, electrolyte, and manufacturing teams. You'll investigate root causes of performance variation and integrate improvements across cost, performance, and lifetime. You'll join a team building **never-before-built iron-air batteries** reshaping **global energy storage**.

You'll **develop mathematical models** for fluid systems and **optimize electrolyte workflows** for Form Energy's **iron-air battery system**. You'll own predictive models and bridge gaps between model predictions and real-world test data. This role offers hands-on verification testing and cross-functional collaboration with chemical, materials, and mechanical engineers.

You'll join Form Energy's Manufacturing Control and Execution Systems team to **maintain and optimize automated equipment** for iron-air battery production. You'll provide **electrical and controls troubleshooting** to minimize downtime and ensure safety. This role offers a chance to be part of a **revolutionary energy storage company** scaling up manufacturing.

You'll **design robotic cells** for high-volume battery production, **optimize movement logic** for gantries and pick-and-place systems, and **integrate vision systems** to ensure precision. Your work directly supports manufacturing iron-air batteries for grid stability.

You'll design the thermal management subsystem for Form Energy's **iron-air battery technology**, a critical system for cell temperature control. Your work will directly impact **first-of-a-kind builds** and **high-volume manufacturing** of multi-day energy storage. You'll collaborate across teams to **architect, prototype, and test** thermal systems from concept to production.

You'll own the sourcing strategy for **battery system-level components** at a fast-growing energy storage company. Your core impact will be negotiating supplier contracts and driving cost reductions to support scaling of **iron-air battery production**. This role offers the chance to shape supply chain operations at a TIME 'Best Invention' company.

You'll **design, develop, and deploy SCADA and MES systems** for novel iron-air battery manufacturing equipment at **Form Factory 1** in Weirton, WV. As a technical lead, you'll coordinate with automation, robotics, and electrical teams to ensure project success.

You'll design and validate Form Energy's breakthrough iron electrode, working with Manufacturing, Test Execution, and Cell Design teams. You'll **own root cause analyses** and **define electrode product specifications** to ensure quality. Join a fast-moving company with a mission to transform energy storage.

You'll support **robotic automated equipment** used to manufacture breakthrough iron-air batteries, troubleshooting and improving control systems. Your work will maximize machine uptime and efficiency in a high-volume production facility. This role offers **relocation assistance** and a chance to join a **TIME-recognized clean energy innovator**.

You'll lead the **end-to-end industrialization** of plastic components, bridging Design Engineering and global suppliers. Your core impact is ensuring parts are designed for manufacturability and produced under rigorous quality controls from first sketch to high-volume production. This role offers **relocation assistance** and a chance to shape energy storage manufacturing at scale.

You'll **lead powder mixing process development** for **high-volume electrode manufacturing** at Form Energy's iron-air battery facility. You will scale mixing operations from lab to production, directly impacting battery performance and reliability.

You'll lead the design, development, and commissioning of **high-volume automated manufacturing lines** for **Form Energy's iron-air battery technology**. You'll drive equipment vendor performance from specification through installation, ensuring robust production systems for grid-scale energy storage.

You'll **lead supplier due diligence** to ensure compliance with regulatory, legal, and ethical standards for **Form Energy's iron-air battery manufacturing**. Your work will directly support government qualification and tax credit eligibility for America's energy future.

You'll lead the **architecture and design** of thermal management systems for **iron-air battery technology** at Form Energy. You'll drive product architecture, prototyping, and vendor engagement to scale multi-day energy storage.

You'll **own the Electromechanical component category** and **build strategic supplier partnerships** to scale Form Energy's next-gen iron-air battery system. You'll drive sourcing strategy, negotiate contracts, and collaborate with cross-functional teams to ensure best-in-class pricing and supply security.

You'll lead daily machine shop operations at Form Energy's high-volume battery manufacturing facility, overseeing machining, fabrication, and repair activities to support plant reliability. Your core impact will be driving continuous improvement initiatives that enhance equipment reliability and reduce downtime. This role offers a change to be part of a TIME-recognized "Best Invention" company during a significant scale-up phase.

You'll own the introduction of mechanical product and process changes into Form Energy's **high-volume battery manufacturing facility**. You'll partner with the Technical Program Manager to ensure every change lands in production **controlled, quality-safe, and schedule-conscious**. This is an opportunity to shape critical NPI systems at a company **revolutionizing energy storage**.

You'll design and deploy **novel automation equipment** for manufacturing **iron-air batteries** at Form Energy, a company revolutionizing energy storage with multi-day technology. As a technical lead on multiple projects, you'll own the development and integration of robotics and vision systems while mentoring less experienced engineers. This role offers **relocation assistance** and the chance to work at our high-volume manufacturing facility in Weirton, WV.

You'll **manage sourcing for fabricated metal parts** at a cutting-edge energy storage company. Your work will directly **optimize costs and supply chain risk** for Form Energy's iron-air battery production. This hybrid role offers **relocation assistance** and a chance to shape a fast-growing company's supply chain.

You'll lead a team designing and scaling **cathode materials** for revolutionary **iron-air batteries**, enabling multi-day energy storage. Your work will directly impact grid reliability and clean energy adoption. This role offers the opportunity to shape manufacturing processes from lab to high-volume production.

You'll lead **supplier industrialization** for sheet metal components at Form Energy, a company revolutionizing energy storage with iron-air batteries. You'll drive **DFM and APQP** reviews to ensure cost-effective, high-quality production. This role offers a chance to shape manufacturing at a fast-growing climate tech leader.

You'll join a team revolutionizing energy storage with cost-effective, multi-day **iron-air battery technology** for a reliable electric grid. You'll help scale manufacturing at our first high-volume facility in West Virginia, contributing to a cleaner energy future.

You'll drive **high-voltage electromechanical design** for Form Energy's iron-air battery systems, taking designs from concept to mass production. Your work will **ensure reliable power delivery from batteries to the grid**. This role offers the chance to **shape next-gen clean energy technology** at a rapidly growing company.

You'll maintain and troubleshoot **SCADA and HMI systems** for novel iron-air battery manufacturing equipment. Your core impact is ensuring reliable 24/7 operation at **Form Factory 1** in Weirton, WV. You'll collaborate across technical and operational teams on continuous improvement.

You'll oversee **pack assembly production operations** at Form Factory 1 in Weirton, WV, leading a diverse team of direct employees and contract labor. You'll ensure safe, efficient, high-quality production while driving a **continuous improvement culture**. This role is ideal for someone ready to **scale up battery manufacturing** for a top climate tech company.

You'll lead **battery manufacturing process development** for a **high-volume production facility** that produces iron-air batteries. You'll bridge the gap between R&D prototypes and factory operations, ensuring world-class production lines with precision and technical rigor.

You'll join Form Energy's Cell Engineering team to define and implement product cell architecture for **iron-air battery systems**. You'll own analysis, prototyping, and failure analysis for cell sub-systems and interface components. This role offers a chance to **shape the future of clean energy storage** at a company recognized by TIME and MIT Technology Review.

You'll lead the pack assembly engineering team at Form Energy, a company revolutionizing energy storage with iron-air batteries. Your core impact will be bridging product design and high-volume production while **spearheading procurement and commissioning** of cutting-edge manufacturing equipment. This role offers a chance to scale production in a **rapidly growing American manufacturing company**.

You'll join Form Energy's **Manufacturing Execution System team** in Weirton, WV, supporting high-volume iron-air battery production. You'll provide **first-tier support** for MES operations and act as a liaison between the factory floor and development teams. This second-shift role offers a chance to **build America's energy future** with a TIME "Best Invention" company.

You'll bridge the gap between complex manufacturing data and actionable insights by owning the **Business Intelligence (BI) infrastructure** that powers our factory operations. You'll function as a key partner to factory teams, ensuring they have the **high-quality, real-time data** needed to optimize production. This role offers the chance to scale **data-driven manufacturing** at a company revolutionizing energy storage.

You'll design and deliver test equipment for **iron-air battery systems**, managing infrastructure, safety, and data collection. Your work directly supports the **scaling of battery technology** at a fast-moving company. This role involves **tuning control loops** for auxiliary systems like airflow and electrolyte handling.

You'll lead **product delivery and validation** for Form Energy's groundbreaking battery technology, driving the program from concept to launch. You'll integrate workstreams across systems architecture, firmware, software, and electrical engineering. This is a **mission-driven role** at a fast-growing company revolutionizing energy storage.

You'll own the **entire product delivery and validation cycle** for Form Energy's groundbreaking **iron-air battery technology**. You'll drive cross-functional workstreams across systems, firmware, software, and electrical engineering to ensure successful launch and commercialization.

You'll partner with engineering leadership to **scale hardware teams** at an **energy storage company**. You'll own full-cycle recruiting for niche mechanical and electrical roles, **driving strategic talent acquisition** to support rapid growth.

You'll lead **electrical infrastructure projects** for our **high-volume battery manufacturing facility**. You'll ensure cost-effective, code-compliant designs and oversee construction from permitting through commissioning.

You'll serve as a strategic HR partner to **Manufacturing Operations and Engineering leaders** at Form Energy's first high-volume battery production facility. Your core impact is shaping people strategy through **organizational design, workforce planning, and change management** while driving employee relations and culture. This role offers the chance to **build scalable HR infrastructure** in a rapidly growing clean energy company.

You'll lead the full lifecycle of **industrial control systems** for our **high-volume battery manufacturing facility**, owning system architecture from design to deployment. You'll provide **technical mentorship** to junior engineers and resolve complex production escalations to optimize throughput.

You'll **manage a team of mechanical architects** and analysis engineers to design and optimize Form Energy's iron-air battery system. Your work will **drive high-volume manufacturing of multi-day energy storage** that keeps the electric grid reliable. This role offers the chance to **scale a breakthrough climate technology** from pilot to production.

You'll design and build the **factory software stack** that powers our iron-air battery production lines. You'll bridge manufacturing hardware with enterprise orchestration, enabling **real-time process control and material flow**. This is a rare chance to build the digital backbone of America's energy future at a rapidly scaling mission-driven company.

You'll own the end-to-end industrialization of packaging for **custom high-value parts**, acting as the technical link between internal Product Design and external suppliers. Your work ensures protective packaging meets quality and durability standards for **high-volume battery production** at our West Virginia facility. This role offers a chance to **build America's energy future** with a TIME 'Best Invention' company.

You'll lead the engineering of utility-scale energy storage projects from conceptual design through execution, working with EPC partners to integrate Form Energy's iron-air battery product. Your work will directly enable clean energy grid reliability. This role offers the chance to shape the renewable energy transition at a company named a TIME Best Invention.

You'll own the automation strategy for **iron-air battery production**, driving technical decisions that eliminate bottlenecks and ensure long-term equipment reliability. Your leadership will transform advanced battery technology into a **world-class automated manufacturing reality**. This is a chance to be at the forefront of **America's energy future**.

You'll provide technical and quality leadership for **power conversion equipment** and **balance of plant assemblies**, owning the entire supplier lifecycle. Your work will ensure that external partners can scale to meet the demands of a **100% renewable grid**.

You'll **develop comprehensive test plans** for Battery Management System PCBAs and execute **HIL/SIL testing** to ensure reliability. You'll collaborate with firmware, controls, and electrical teams to **root-cause hardware issues** and automate verification campaigns.

You'll design **plastic components** for iron-air battery cells, focusing on injection molding and other processes. You'll own the full product development cycle from concept to validation. This role offers a chance to scale a **multi-day energy storage system** for a sustainable future.

You'll support the deployment of **utility-scale energy storage projects** at a rapidly growing company revolutionizing clean energy. You'll work closely with EPC partners, customers, and internal teams to **manage project schedules, budgets, and documentation**. This hybrid role offers the chance to shape growth in a fast-moving, mission-driven environment.

You'll work on **battery products** at Form Energy, a company revolutionizing energy storage with iron-air batteries. You'll lead electro-mechanical design from concept to production. This role offers the chance to impact grid-scale clean energy at a pivotal growth stage.

You'll play a vital role in translating novel research into high-quality manufacturing processes for our iron-air battery technology. You'll focus on scaling and optimizing **calendering, drying, and slitting operations** while owning the equipment lifecycle at our **state-of-the-art Form Factory 1** in West Virginia.

You'll own planning and delivery for **firmware, embedded software, cloud services, and data systems** at a fast-growing energy storage company. Your work will directly impact the performance of **Form Energy's iron-air battery technology**, helping to revolutionize the electric grid. You'll coordinate across internal teams and contractors to ensure successful product launches.

You'll drive optimization of critical production workflows for **iron-air battery manufacturing** at Form Energy, using data-driven insights to enhance quality, throughput, and yield. You'll collaborate across the organization to bridge process development and high-volume execution, directly enabling reliable delivery of **long-duration energy storage systems**. This role offers the chance to **significantly scale up battery manufacturing** at a rapidly growing company.

You'll develop and manage safety programs for **utility-scale battery storage projects**, ensuring compliance and leading training. You will shape safety culture at a **fast-moving clean energy company**. Collaborate with project teams and customers to drive **site-specific safety excellence**.

You'll drive **product and process improvements** for iron-air battery technology at Form Energy, working with cross-functional teams to ensure quality across the product lifecycle. Your impact will directly support the scaling of **high-volume manufacturing** that powers America's energy future.

You'll manage design, implementation, and day-to-day operations of IT infrastructure, guiding the system administration team to keep systems **secure, stable, and scalable**. This hands-on role involves planning ahead, solving complex problems, and working with teams across the organization to ensure IT systems support business needs.

You'll lead a team of Global Supply Managers and oversee strategic sourcing for **iron-air battery technology**. You'll drive high-stakes negotiations and supplier risk management to ensure **100% supply continuity** as we scale manufacturing. This role offers relocation assistance and the chance to shape the supply chain for a **breakthrough energy storage company**.

You'll lead the scaling of **iron-air battery production** from concept through high-volume manufacturing at Form Energy's state-of-the-art facility. You'll own factory NPI execution plans and drive cross-functional teams to meet cost, yield, and schedule targets. This role offers a direct, hands-on impact on revolutionizing multi-day energy storage technology.

You'll **architect and lead Form Energy's Test Engineering Operations** organization, defining the vision and strategy for factory testing of iron-air battery technology. Your team will ensure quality, performance, and reliability from subscale to full system validation. This role offers a unique opportunity to build a world-class testing capability at the intersection of R&D, product engineering, and manufacturing.

You'll lead mechanical design for iron-air battery modules, owning components from prototype to high-volume production. Your core impact will be driving design release, DFMEA, and supplier partnerships. This role offers the chance to help scale America's energy storage manufacturing.

You'll **develop analytical methods** to characterize battery materials for a **revolutionary iron-air battery** company. You'll directly influence the **quality and scalability** of our core technology.

You'll join the **BMS Test team** to execute **design verification testing** on battery management system hardware. Your work will ensure electronics meet functional and reliability requirements for safe battery operation. You'll collaborate with hardware, firmware, and systems engineers to validate designs critical to scaling our iron-air battery technology.

You'll own the metal parts category at Form Energy, managing supplier relationships and contracts for stamped, formed, and expanded mesh metal parts. You'll collaborate with cross-functional teams to define sourcing strategies and secure **best-in-class pricing**. This role offers the chance to shape the supply chain of a **fast-moving company** with breakthrough energy storage technology.