Rust Software Engineer

Requirements:

• We seek expert Rust programming skills, including ownership, borrowing, lifetimes, traits, generics, async programming, unsafe Rust review and containment, Rust/C/C++ FFI, no_std development, embedded Rust, and Cargo workspace management.
• We require embedded-systems experience with bare-metal development, MCU and MPU architectures, ARM Cortex-M/R/A, memory-mapped peripherals, DMA, interrupts, watchdogs, board support packages, and device drivers.
• We require experience with real-time operating systems and platforms such as FreeRTOS, Zephyr, SafeRTOS, AUTOSAR OS, QNX, and RT Linux.
• We seek knowledge of communication protocols including SPI, I2C, UART, CAN/CAN-FD, Ethernet, SOME/IP, DDS, BLE, UWB, and TCP/IP.
• We require familiarity with functional safety and quality practices, including ISO 26262 and ASIL-B/C/D, MISRA, ASPICE, static analysis, formal verification concepts, and safety case development.
• We seek experience with development tools such as Git/Gerrit, Jenkins or GitHub Actions, CMake or Bazel, QEMU, Lauterbach, Vector CANoe, and SonarQube.
• Preferred automotive experience includes AUTOSAR Classic, secure ECU communication, vehicle networking, software-defined vehicle architectures, and HSM integration.
• Preferred advanced expertise includes hypervisors, mixed-criticality systems, multi-core safety architectures, trusted execution environments, cryptography, formal methods, and Rust safety-qualified toolchains.
• We require a bachelors or masters degree in Computer Engineering, Electrical Engineering, Embedded Systems, Computer Science, or a related listed field.
• For the Technical Lead role, we seek at least 8 years of embedded software development experience, at least 3 years leading architecture teams, and experience with safety-certified products.
• Our ideal candidate has a strong C/C++ background and is transitioning to Rust; experience delivering ASIL-B to ASIL-D systems; a deep understanding of real-time constraints; and confidence reviewing and justifying unsafe Rust usage.
• We value excellent debugging and system-level problem-solving skills, plus experience developing software for vehicle ECUs, controllers, gateways, cockpit platforms, or safety domains.

Responsibilities:

• We need you to design and develop safety-critical embedded software in Rust, including low-level platform software, middleware, drivers, system services, and applications.
• We need you to build high-performance real-time applications with deterministic behavior, define software architectures and interface specifications, and optimize memory footprint, startup time, and CPU utilization.
• We need you to conduct code reviews and ensure compliance with safety guidelines.
• We need you to contribute to safety concept implementation and software safety requirements, develop software compliant with ISO 26262, and support FMEA, FMEDA, FTA, and DFA activities.
• We need you to design solutions for hard real-time, interrupt-driven, multithreaded, and time-sensitive networking systems; analyze worst-case execution time; develop interrupt-safe and lock-free components; and ensure deterministic behavior.
• We need you to implement secure boot and trusted execution concepts, apply secure coding practices, design memory-safe architectures, and analyze and mitigate cybersecurity risks.
• We need you to integrate Rust components with C/C++, AUTOSAR, Linux, QNX, and RTOS platforms.
• We need you to develop unit, integration, and system tests and support CI/CD and automated quality gates.

Technologies:

• ARM
• AUTOSAR
• Bazel
• CI/CD
• Cryptography
• Embedded
• Ethernet
• FreeRTOS
• Git
• GitHub
• HSM
• Support
• Jenkins
• Linux
• QEMU
• Rust
• TCP/IP
• Security

More

We are hiring a Rust Software Engineer for a Technical Lead role focused on safety-critical, real-time automotive systems. The position is based in Mountain View, California, for a six-month term from October 2026 through March 2027, with a possibility of extension. Our work involves developing next-generation embedded software platforms for MCU, MPU, and heterogeneous multicore systems.

last updated 43 week of 2026