An on-site engineering service that removes robotic-cell bottlenecks and stabilizes novel battery production equipment.
Added Sep 3, 2026
Battery manufacturers scaling new production processes need automated cells to achieve target throughput, quality, and uptime before internal teams have accumulated enough operating history. Senior engineers must simultaneously commission equipment, diagnose controls failures, standardize processes, and address recurring reliability problems. Delays at any critical cell can constrain an entire production ramp.
Provide a fixed-scope automation reliability assessment followed by on-site remediation and ramp support. Engineers analyze downtime and cycle-time data, observe robotic cells, review controls and safety logic, rank bottlenecks, and implement approved equipment or process changes. Reusable diagnostic procedures and commissioning standards can gradually turn the practice into a productized service.
Multiple senior openings at the same battery manufacturer indicate urgent investment in equipment deployment, bottleneck removal, and sustaining controls. However, the single-company evidence means demand across other manufacturers still needs validation.
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Search interest for battery manufacturing automation has a recent median of 21.0, a prior baseline of 38.5, and a momentum score of 0.39.
As a Staff Controls Engineer, you will step into a high-impact technical leadership role. You will own the design, development, and deployment of novel automation equipment used to manufacture our revolutionary Iron-Air batteries.
We are looking for an experienced Sustaining Controls Engineer to join the Operations Team. In this role, you will be the technical backbone of our manufacturing operations, responsible for the stability, maintenance, and continuous improvement of the novel equipment used to manufacture Form Energy’s Iron-Air battery.
We’re hiring a Lead (Staff) Process Engineer within our growing Operations Engineering team. In this role, you will serve as a primary technical lead for the automated systems and equipment strategies required to ramp production of our iron air battery. You will own the processes and improvements of complex robotic cells and automated hardware, driving technical decisions that eliminate manufacturing bottlenecks and ensure long-term equipment reliability. By continuously improving standards for automation and precision control, you will ensure our production environment delivers a high volume of top quality products. Your leadership will be the cornerstone in transforming advanced battery technology into a world-class, automated manufacturing reality that secures global energy reliability.
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