Top Embedded Software Engineer Jobs in San Francisco Bay Area, CA

Develop software and systems for embedded platforms at Aquabyte, focusing on sensor interfaces, network reliability, and hardware diagnostics while collaborating with research teams on machine learning models.

The role involves developing low-level embedded software for vehicle control, integrating sensors, collaborating with various teams, and ensuring safety standards are met while mentoring junior developers.

The Embedded Software Engineer will analyze and develop embedded software systems, provide customer support, and apply software engineering and cybersecurity methods.

Design, build, and scale embedded connectivity and security for distributed energy devices. Implement networking (Ethernet/Wi‑Fi/Thread/Zigbee/BLE), secure provisioning, OTA firmware pipelines, telemetry, and diagnostics. Support testing, certification, manufacturing validation, and cross-functional collaboration from prototype to deployment.

Design, develop, and test embedded software for vehicle charging and power systems; integrate supplier subsystems; produce requirements, design docs, and test plans; collaborate cross-functionally across engineering teams; participate in prototyping through validation for safe, production-quality vehicle power control.

The Embedded Linux Software Engineer will own the embedded software stack, collaborate with teams to integrate robotics systems, and manage software development for compute platforms.

The Embedded Software Engineer will develop flight software for satellites, mentor junior members, and collaborate with teams to ensure software functionality.

Design, develop, and test real-time embedded firmware in C/C++ for battery management systems (cell balancing, charging, thermal management, contactor control). Integrate supplier subsystems, perform hardware bring-up and debugging, create requirements/design/test documentation, and collaborate with cross-functional vehicle, controls, and validation teams through the software development lifecycle.

Design, implement, and test embedded real-time software for vehicle body, thermal, lighting, and closure systems. Create requirements, design and test plans, integrate supplier subsystems, and collaborate with cross-functional teams for hardware bring-up and validation.

Develop and maintain safety-critical, real-time embedded firmware for automotive ECUs. Work across board bring-up to production: bootloaders, drivers, RTOS configuration, automotive communications, hardware-software debugging, testing (unit, integration, HIL), manufacturing test support, and field issue root-cause analysis.

Provide technical leadership for embedded camera platforms, owning system architecture, on-device software, encoding, storage, streaming, and edge analytics. Lead JDM partner integration, cross-functional alignment, mentorship, architecture/code reviews, and adoption of AI-driven development tools to deliver robust edge devices.

Develop and maintain reliable flight software and firmware for satellite flight computers, earth station hubs, and custom control hardware. Responsibilities include architecture, design, C++ development, communication protocol integration, continuous integration, automated testing, code reviews, hardware-software integration, and cross-functional collaboration. The engineer will deliver complex projects incrementally and mentor junior engineers across commercial and U.S. Government programs.

Lead ownership of Dapster's robotic system, writing code for sensors and interfaces, integrating devices, and contributing to foundational technology.

Own design, implementation, validation, and lifecycle of embedded middleware services for autonomous aircraft. Build and maintain IPC, OTA, logging, observability, and service-lifecycle interfaces on embedded Linux. Deliver production Rust/C++ code, lead cross-service architecture, debug across software/hardware boundaries, and establish safe, diagnosable engineering practices.

Design, implement, and maintain embedded Linux system software and firmware for the Pod. Own platform security including secure boot, key management, and device trust. Partner with manufacturing for production tests and deployments. Optimize resource-constrained compute workloads and ensure reliability, documentation, and fleet security.

Develop and run automated test frameworks and embedded firmware to validate radar payloads. Build HIL setups, control lab instruments, analyze performance data, and maintain CI pipelines to ensure hardware-software integration and space-readiness.

Design and implement low-level embedded software for x86/ARM platforms in C/C++; collaborate with hardware and software teams to spec, test, and debug vehicle subsystems and sensors (camera, radar, lidar, IMU); work on network devices and time synchronization; perform hands-on hardware bring-up and on-vehicle debugging of buses like I2C, CAN, SPI, UART; ensure reliability and safety for autonomous trucking systems.

The Embedded Software Engineer will design and maintain firmware for sensor nodes, integrate hardware modules, and improve system performance in real-world applications.

Provides technical leadership for designing, developing, optimizing, porting, and certifying GPGPU and AI inference libraries built on Vulkan SC drivers. The role targets embedded GPU platforms such as Arm Mali and Intel, maintains AI model testing infrastructure, defines validation standards, supports customer deployments, and troubleshoots drivers. It also involves documentation, competitive analysis, cross-functional architecture decisions, mentoring, onboarding, and exploring emerging AI compute capabilities.

Join the Device Software team to design and implement software for SPAN's hardware products using C and C++. Collaborate on projects focusing on microcontroller features and system design, emphasizing reliability and user experience.

Develop and maintain embedded firmware and kernel/user-mode device drivers for Ethernet-based networking devices. Design, implement, test, and integrate drivers into a Linux and AUTOSAR communication stack, build SDK components, and create debug/test utilities and automated unit/system tests for safety-critical automotive applications.

Design, build, and test safety-critical vehicle firmware: RTOS applications, bootloaders, drivers, and communication stacks. Lead board/SoC bring-up, optimize performance on resource-constrained MCUs, own MCU-sensor-main compute communications, create automated unit/integration/system tests, mentor engineers, and apply safety processes for production deployments.

The role involves developing software for embedded devices, managing integrations with third-party devices, and leading implementations while collaborating with cross-functional teams.

Design, implement, and maintain the embedded Linux OS platform for on-vehicle devices. Configure Yocto and U-Boot, develop kernel-space components and drivers, optimize performance, support hardware bring-up, manufacturing, and cross-functional integrations.

Optimize Ubuntu integration across latest IoT and server-class hardware, lead customer engagements, and work with open source communities in a remote, collaborative environment.