Teams at Form Energy

Conduct electrochemical testing on iron electrodes and battery cells, build prototype cells, prepare and characterize materials, troubleshoot testing protocols, maintain cells, and organize and analyze test data. The role supports anode technology development in a hands-on laboratory environment, with responsibilities growing toward independent problem-solving and method improvement.

Lead electrode engineering programs from prototyping through mass production for iron-air batteries. Manage design release schedules, supplier fabrication, procurement coordination, technical risks, milestones, and cross-functional execution across engineering, manufacturing, operations, and supply chain teams. Improve program management systems, facilitate decisions, and communicate progress and risks to stakeholders throughout the organization.

Develop and optimize multiphysics models for next-generation iron-air batteries. Collaborate with R&D and Battery Engineering teams to identify model-to-data gaps, support AI agent workflows for large-scale model deployment, and lead development of a front-end interface enabling engineering teams to interact with the models.