The Software Engineer Site Controller at Redwood Materials is responsible for designing and implementing a scalable, resilient software platform to orchestrate and manage large-scale battery energy storage systems, ensuring seamless integration, fault handling, and real-time grid coordination.
Key Responsibilities
Design and implement scalable, resilient software architecture for the Site Controller to coordinate distributed microcontrollers with zero downtime
Develop multi-rate control systems for high-level site coordination and real-time grid execution
Architect fault-management frameworks for autonomous error recovery and failsafe modes
Define communication interfaces and network protocols for low-latency, reliable data flow between assets and telemetry
Create software interfaces enabling the Pack Manager to serve as a universal translator between hardware components
Develop modular, testable software with automated unit and integration testing
Optimize telemetry data flows and implement system diagnostics for real-time health and performance monitoring
Integrate hardware components such as PV systems, inverters, and safety systems into the software platform
Requirements
A BS or MS in Computer Science or Electrical Engineering, combined with 2 years of professional experience developing application-layer software for hardware-constrained systems.
Proficiency in Rust and Python, with the ability to leverage Rust's safety and performance for site orchestration and utilize Python for rapid tooling and simulation.
Deep familiarity with industrial communication protocols Modbus TCP and CAN.
Strong experience with Linux system administration and modern containerization technologies such as Docker and Kubernetes for edge computing.
Experience implementing and managing high-availability Firmware Over-the-Air (OTA) pipelines, ensuring secure and reliable updates from the cloud through to downstream controllers.
Experience with time-series databases and data visualization tools for monitoring system health and energy flows.
Proven track record of integrating vendor-off-the-shelf VOTS components such as PV systems, industrial inverters, fire safety systems, and HVAC controllers into a unified software platform.