Are you ready to rise to the challenge of climate change with the team that will deliver? Form Energy is a U.S. technology and manufacturing company that is developing and commercializing pioneering energy storage technologies to enable the electric grid to run on 100% renewable energy, every day of the year.

Supported by leading investors such as Breakthrough Energy Ventures, ArcelorMittal, TPG Rise, MIT’s The Engine, and others, we share a common belief that low-cost, multi-day energy storage is the key to enable tomorrow’s zero carbon electric grid. Driven by our core values of humanity, excellence, and creativity, we are deeply motivated and inspired to create a better world. We need talented, hardworking individuals who share our goal of tackling the challenge of climate change. Do you want to work with us today to build a better tomorrow?

Role Description We are looking for a Staff Modeling Engineer to join our full-scale battery module team to engage in detailed cell and device modeling. The Staff Modeling Engineer will develop mathematical models to describe the electrochemical behavior of Form Energy’s core battery technology, including PDE / ODE development and model execution in a commercial simulation package (i.e., COMSOL) or a scientific programming language (i.e., Python). This role will develop and maintain detailed electrochemical models and utilize these models to drive engineering decisions in the design and operation of Form Energy’s battery. In particular, this role will be responsible for executing computational studies to inform design tradeoffs among cell geometry, active material selection, and operating conditions (i.e., rate, temperature). You will collaborate with other modeling specialists to capture relevant active-material physics to incorporate into the full cell model. Finally, this engineer will collaborate with mechanical, electrical, and systems engineers to inform the model geometry and jointly execute design decisions. Extensive experience modeling the performance of electrochemical devices, such as lithium ion batteries, alkaline batteries, flow batteries, electrolyzers, or fuel cells, is required for the position.