Form Energy is developing a new class of cost-effective, multi-day energy storage systems that will enable a reliable and fully-renewable electric grid year-round. Our pioneering battery technology will entirely reshape the global electric system and give it new form.
Learn more about Form Energy at https://www.formenergy.com.
We’re always looking for outstanding people to join our team. If you’re interested, please visit https://formenergy.com/careers/.
Form Energy is a team of passionate people tackling the challenge of climate change through transformationally low cost energy storage. Our team members are active learners who enjoy working on tough technology problems in massive markets and embody our values of humanity, excellence and creativity. The company is backed by a diverse set of committed investors and we have raised over $360M to date.
Role Description
We are looking for an experienced system controls engineer to develop the software that will orchestrate the operation of our multi-day storage system. This role covers a broad scope of control system design activities, including battery module management, load balancing, auxiliary system operation, communication interfaces, and functional safety. This individual is expected to bring experience in simulation methodologies for control system development and validation as well as expertise in software development practices for product development. Collaboration with other engineers on the Systems team will be a standard part of the workflow, as this role resides at the exciting cross-section of power conversion, battery performance, and control systems.
Form Energy is committed to equitable compensation and we offer a generous benefits package to make sure you have the support you need. We cover 100% of employee premiums and 80% of dependent premiums for medical, dental, and vision insurance for full time employees. We offer a flexible Paid Time Off program and every employee, regardless of gender identity or expression, is eligible for 12 weeks of paid parental bonding leave. We offer a 401k and all employees are granted stock options. A full listing of our benefits is available on our careers page.
At Form Energy, we are working toward a 100% renewable energy future for everyone in the world. We are committed to creating an inclusive environment for all our employees and are seeking to build a team that reflects the diversity of the people we hope to serve with our revolutionary products. Form Energy is proud to be an equal opportunity employer.
What You'll Do:
Develop control software for battery enclosure management, auxiliary/safety system operation, system coordination, and communication interfacesBuild battery control system models for power flow and auxiliary system algorithm developmentContribute to the software implementation of BMS control algorithmsValidate control algorithms and software using SiL, MiL, HiL simulationsEstablish a system control software topology that includes security, functional safety, memory protection, and performanceDerive software specifications based on product requirementsWork with the System team to define and execute validation plans of control softwareDevelop system control interfaces and integrate with power conversion, SCADA, and EMS solutionsWhat You'll Bring:
BSc or greater in software engineering, electrical engineering, or similar10+ years industrial experience in control software development; direct experience with grid-interactive energy storage systems is a plusExperience with model-based design (Simulink) and fluency in MIL, SIL, and HIL simulation methodologiesDeep experience with programming in a product development environment; familiarity with embedded systems and low-level languages is a plusExpert in higher-level programming languages including Python and MATLABSolid knowledge of electrochemistry, battery safety, and battery state estimation and observer methodologies (SOC, SOH, SOE)Strong background in closed loop control systems (PID)Firm understanding of common industrial communication protocols and physical interfaces (e.g., Modbus, CANbus)Comfortable working with engineering tools such as CAN loggers, software debuggers, oscilloscopes, multimeters, and HV test equipmentExcellent analytical problem-solving skillsStrong technical communication skills, both written and verbalExcitement and willingness to learn as a member of a rapidly growing multi-disciplinary engineering team