Top Embedded Software Engineer Jobs in Los Angeles, CA

The Embedded Software Engineer will develop software for MANET radios, focusing on protocols, security features, and driver development.

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

Lead development of embedded software for a remotely controlled rover: design, code, test, validate, and deploy vehicle control and autonomy systems. Own requirements, write specifications, support field deployments, debug hardware/software interfaces, and collaborate with scientists and program managers to move products from concept to production.

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.

Own and maintain the rover's embedded Linux platform: kernel, drivers, BSP, device tree, pin muxing, and boot chain. Implement interface software for CAN, RS-485, USB, CSI, and Ethernet devices. Own OTA updates and design fault detection/recovery systems. Collaborate with autonomy, control, and electrical engineers to deliver reliable, flight-ready platform software.

Lead architecture and development of low-latency embedded firmware and Linux networking stacks for MANET radios. Implement MAC and ad-hoc routing, device drivers and BSPs for ARM/RISC-V, security/encryption (IPsec, FIPS/NIAP compliance), audio/PTT, network management/web interfaces, and testing software to validate performance and reliability.

Design, develop, optimize, integrate, and test embedded software for aerospace systems, including fault detection, guidance, navigation, flight control, computer vision, and autonomous sensing. Responsibilities include real-time performance optimization, low-level hardware drivers, software and hardware-in-the-loop testing, embedded device configuration, software integration, and system architecture for a greenfield platform.

Software Engineers will develop embedded systems and software for satellites, including controlling hardware, writing code, and testing systems. They will work with interdisciplinary teams to innovate and meet end-user needs.

Design, implement, and validate flight-critical embedded firmware for long-endurance stratospheric aircraft. Own subsystems end-to-end, integrate sensors and peripherals, develop drivers and middleware, build telemetry/logging/health monitoring, create test harnesses and HIL integration, debug with lab tools, and support integration, production bring-up, and flight operations in the field.

Develop real-time, fault-tolerant embedded firmware to control rocket and satellite actuators and motor-driven devices. Implement closed-loop control, interface with various sensors and communication protocols, design safety-critical state machines, support testing and hotfire campaigns, and produce unit-tested production firmware for spacecraft and testbeds.

The Senior Embedded Software Engineer will develop software for MANET radios, focusing on networking protocols, encryption, and device drivers, while ensuring product security and performance testing.

The Senior Embedded Software Engineer will architect and implement embedded software for metal 3D printing systems, ensuring high-speed autonomous operations and integration of hardware control, sensor data monitoring, and process automation.

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.

This role involves implementing software for networking protocols, encryption, audio streaming, and Linux system customization. Requires extensive experience in embedded systems and C programming.

Design and implement embedded software for MANET radios, including MAC and routing protocols, device drivers, BSPs for ARM/RISC-V, networking, encryption/security, audio streaming, and test software. Customize Linux, develop kernel drivers and ISRs, improve product security to meet regulatory standards, and support R&D demonstrations and field testing.

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.

Develop and architect embedded software for production-scale metal 3D printing systems. Implement machine instruction interfaces, high-speed data acquisition, sensor monitoring, computer vision integration, calibration, logging, and production automation. Collaborate with control, FPGA, and process engineers to integrate algorithms, write scalable maintainable code, unit test, deploy, and document systems for long-term factory operation.

Develop and maintain embedded software for spacecraft systems, write hardware drivers, troubleshoot software issues, and collaborate with teams throughout the software lifecycle.

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

Serve as an embedded Linux expert on customer projects: design and refactor real-time architectures, develop Linux kernel drivers, debug low-level hardware/software issues, optimize kernel performance, collaborate with customers and internal teams, lead technical efforts, produce high-quality deliverables, and create technical proposals to support product lifecycle and certification.

Design and implement embedded firmware and low-level software for server BMCs and GPU/HPC platforms. Enhance OpenBMC, enable real-time telemetry of power/thermal sensors, debug low-level drivers and interfaces, validate hardware-firmware integration, and contribute to long-term firmware architecture for cluster reliability.