Jobs at Redwood Materials

Work with test engineering to develop Python-based automated tests and instrument drivers for battery firmware and hardware validation. Help bring up test stands, debug failures using CAN traces and instrument logs, add regression coverage to CI, and document processes. Own a scoped project and present results at internship end.

Design and implement bare-metal real-time firmware for power conversion units: high-resolution PWM, synchronized ADC sampling, low-level peripheral drivers, multi-core optimization, CI/CD integration, and collaboration with power electronics engineers to scale products from prototype to production with safety-focused designs.

The Digital Transformation Lead will define and execute the EPC digital strategy, enhance collaboration, streamline workflows, and lead the adoption of internal tools and external software solutions while ensuring system reliability and governance.

Lead the development, testing, and manufacturing of hardware electronics assemblies, managing the project from concept to production and coordinating across teams.

Support the commercial growth of utility-scale battery energy storage by optimizing CRM, developing sales analytics, and managing cross-functional projects.

The Functional Safety Engineer will lead compliance activities for energy storage systems, manage certification processes, and collaborate with cross-functional teams to ensure safety and compliance with relevant standards.

Design and develop power converters for energy storage, focusing on high-voltage and high-power systems while ensuring manufacturability and efficiency. Collaborate in a startup environment to address technical challenges and transition prototypes to mass production.

As a Power Electronics Controls Engineer, you will design and develop power converters for energy storage systems, ensuring high efficiency and manufacturability. You'll work on prototype development, control models, and collaborate on circuit layouts while mentoring team members.

The Reliability Engineer will define reliability requirements, conduct tests, analyze designs, and collaborate on hardware reliability within energy storage products.

The Mechanical Design Engineer will lead the design and development of energy storage products, manage a team, and ensure integration with other engineering disciplines.

Design, build, and activate low-volume custom industrial machinery. Create detailed CAD models and prints, perform structural sizing and hand calculations, support fabrication, testing, and production activation, and collaborate with controls and production engineering to maximize equipment reliability and production rates.

As a Solutions Engineer, you will serve as a technical resource, support customer engagement on system design, ensure technical specifications are met, and collaborate with engineering teams on customer feedback and project needs.

Provide enterprise IT/OT support for end-user devices, software, accounts, and manufacturing equipment (SCADA/HMIs, MES, label/barcode printers). Troubleshoot across Windows, macOS, Linux, iOS, Android, manage Active Directory/Entra/Group Policy, document tickets, escalate issues, lead IT projects for construction/equipment moves, and promote IT best practices.

Work on real-time, bare-metal firmware for power conversion and battery management systems: implement PWM/ADC timing, write/test microcontroller drivers (SPI/CAN/Ethernet), support CI/CD build scripts, debug embedded code with lab tools, and contribute to documentation toward production readiness.

Lead cross-functional programs to deliver battery energy storage software, embedded firmware, and controls. Drive Agile development, define technical interfaces and validation strategies, manage releases, track milestones, and mitigate risks across lab and field integration.

The Site Reliability Engineer will design and implement scalable systems, automate IT infrastructure management, and support deployed systems, ensuring high availability and performance.

The Staff Electrical Design Engineer is responsible for the full ownership of electrical designs in various industrial and office facilities, leading code compliance and project coordination throughout construction phases.

The Staff Mechanical Design Engineer will lead mechanical and plumbing system designs, ensure code compliance, participate in field construction, and collaborate across disciplines.

The Power Systems Engineer will design and validate plant controller functions for battery energy storage systems, ensuring compliance with utility specifications and enhancing in-house modeling capabilities.

The role involves designing and implementing test systems for manufacturing, collaborating across engineering domains, and leading test engineering teams for new product development.