Top Embedded Software Engineer Jobs

Design and develop real-time embedded software for safety-critical avionics and space systems. Implement software (Ada or C++) meeting DAL A / LOR Level 1 standards. Work on features like synthetic vision, flight management, guidance/navigation, and datalink. On-site in St. Louis; U.S. Person required.

Design, implement, and maintain embedded networking software for Ethernet switching products. Debug and fix existing code, collaborate with hardware teams, implement L2/L3 features, work with POSIX/System V multithreading, assist in system installation/troubleshooting, and produce high-quality, timely software.

Lead development and maintenance of embedded networking software for the FortiSwitch product line. Implement and debug L2/L3 features, integrate with switching ASICs, mentor junior engineers, ensure high-quality releases, and collaborate across engineering and product teams.

Develop secured enterprise wireless products and features, including Linux kernel and driver work for WiFi chipsets, implementing WiFi security protocols, and contributing across the full software development cycle for enterprise wireless solutions.

Design, implement, maintain, and improve embedded software and core platform modules for firewall and networking appliances. Develop low-level components (device drivers, kernel modules, BSPs), optimize performance and reliability, collaborate with hardware and QA for board bring-up and validation, debug across hardware/software layers, follow secure coding practices, and participate in design, testing, CI, and long-term platform improvements.

Design and implement secured enterprise wireless products. Perform Linux kernel and driver development for WiFi chipsets, implement WiFi security protocols, and contribute to network/system design, debugging, and feature development across the product lifecycle.

Develop secured enterprise wireless products and features, perform Linux kernel and driver development for WiFi chipsets, implement WiFi security protocols, participate across the software development lifecycle, and collaborate with a team of embedded software engineers to deliver product launches and features.

As Lead Embedded Software Engineer, you will architect and build embedded software for LIDAR systems, leading a team in a dynamic environment.

Develop and lead embedded avionics software for CNS/airborne surveillance systems. Lead RFIO SW dev team, integrate SW with HW/FPGA, follow DAL A/DO-178C processes, prepare planning and certification documentation, support flight tests, manage risks, and use development tools (version control, CI, Jira/Bitbucket).

Design and implement real-time embedded C software for vehicle platforms, integrate vendor components over vehicle buses (CAN, LIN, I2C, SPI, UART), support hardware bring-up and low-level SoC debugging, develop RTOS applications, and collaborate cross-functionally to productionize and maintain products.

The Embedded Software Engineer will develop MAC protocols, network management software, security protocols, and conduct testing for performance and reliability. Must have C programming expertise and experience with Linux kernel development.

Join the core camera software team to develop application software for embedded camera platforms (RTOS + Linux). Work on low-level OS code, system initialization, memory management, concurrency, and SOC-level development. Use the GNU toolchain, collaborate with backend and mobile teams, and contribute to device drivers and embedded platform code.

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.

The Principal Embedded Software Engineer will define software architecture for I&C systems, drive development of embedded systems, mentor engineers, and ensure rigorous testing standards while collaborating across disciplines.

Develop embedded software for custom modem and beamformer ASICs used in Starlink phased-array antennas. Implement flight-critical firmware, build automated RF measurement systems, support production RF testing, analyze on‑orbit performance, and collaborate with antenna engineers to improve performance and debug issues across development, factory, and mission operations.

Design, develop, and validate embedded firmware and software for prototype RF/radar systems. Implement interfaces between PS/PL and components, develop radar processing algorithms, create GUIs and documentation, analyze test data, and coordinate with multidisciplinary teams to meet program milestones.

Own the embedded Linux platform powering Bonsai Robotics’ field fleet. Responsibilities include OTA updates, fleet provisioning and configuration, observability, Yocto-based OS and BSP maintenance, build and release infrastructure, cross-compilation, and cloud-connected monitoring. The engineer will collaborate across firmware, autonomy, and field operations teams while debugging systems from kernel and hardware layers through cloud services. Experience with robotics, CAN-connected controllers, unreliable connectivity, embedded firmware, and secure software delivery is valuable.

Develop portable, high-performance embedded software and HALs in Rust/C/C++ for industrial hardware. Integrate and debug devices/protocols (Modbus, SPI, I2C, CAN, UART, RS-485), use hardware tools (logic analyzers, oscilloscopes), reverse-engineer undocumented devices, ensure deterministic low-latency behavior, and validate system reliability to prevent unsafe failures.

Develop embedded software solutions, collaborate with product teams, perform requirements analysis, and interact with hardware for testing and debugging.

Manage a team of 10-15 embedded software engineers while performing as a technical contributor (~80% program work). Responsibilities include staffing, performance management, career development, process improvement, and ensuring engineering execution for communications systems (Link 16, SDRs, avionics). Must support program delivery, hiring, training, and maintain software engineering excellence.

Designs, architects, develops, integrates, debugs, and tests embedded real-time software for Link-16 and tactical data link systems. Works with systems, digital, hardware, and integration teams in an Agile environment. Responsibilities include low-level firmware integration, multi-threaded applications, requirements analysis, software lifecycle activities, static analysis, unit testing, and troubleshooting tactical data link waveforms. The role is full-time onsite in San Diego and requires a U.S. Government Secret clearance.

Design, implement, test, and validate embedded control software for guidance and navigation products. Participate in requirements, software design, peer review, verification, and documentation. Lead complex projects, provide technical expertise, mentor junior engineers, ensure compliance with industry standards, and collaborate with cross-functional teams in a laboratory environment.

Develop and maintain embedded software for MANET radios including MAC and routing protocol implementation, device drivers/BSP for ARM and RISC-V, security/encryption features, networking and socket code, Linux customization and testing tools, and web/audio applications. Support product security and regulatory compliance testing.

Develop embedded software for MANET radios including MAC and routing protocols, device drivers and BSPs for ARM and RISC-V, Linux customization, networking features, security/encryption implementation, audio/push-to-talk, and test software to meet performance and regulatory security standards.

Develop and integrate back-end embedded software that controls vehicle/machine functions using C/C++ and model-based methods. Implement features per requirements, perform unit/integration testing, participate in CI and Agile workflows, produce design documentation, support prototyping and aftermarket troubleshooting, and collaborate with architects and a multi-developer team to deliver and validate software on microcontrollers.