Top Embedded Software Engineer Jobs

The role involves developing embedded software for vehicle platforms, integrating components, and working with hardware engineers for system validation.

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 own Linux-based embedded software for robotic Pilot and SwarmOS products using modern C++. Integrate, debug, validate, and optimize software on physical robotic systems while addressing multithreading, interprocess communication, real-time performance, security, and reliability requirements. Collaborate across software, hardware, and robotics teams throughout development, integration, and deployment.

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

The Principal Embedded Software Engineer leads complex embedded software development teams, assesses customer needs, manages risks, and collaborates throughout the software lifecycle.

Develop embedded software in C/C++ for micro-controller and Linux/Android systems, integrating hardware security into IoT devices. Involvement in design, development, and testing stages.

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 the design, development, and optimization of embedded systems for imaging and radar applications, define software architecture, mentor teams, and influence product development.

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.

Design, develop, and test safety- and security-critical embedded software for Programmable Logic Controllers. Lead design of controller features, build reusable software frameworks, work across hardware/OS environments, implement automated tests, mentor junior engineers, and participate in Agile/SAFe teams to improve tools and processes.

Develop and maintain verification tests for embedded and real-time software. Translate requirements into executable test cases, automate testing, analyze results, investigate failures, and maintain traceability and documentation. Build test frameworks, utilities, interfaces, and laboratory verification environments using Python, C, and C++. Support hardware-in-the-loop and simulation testing, regression testing, software reviews, and DO-178C compliance while collaborating with software, systems, hardware, and quality engineering teams.

Design, develop, and validate embedded firmware and software for prototype RF/radar systems. Implement PS/PL interfaces, FPGA RTL, DSP algorithms, test GUIs, analyze failures, and coordinate cross-site development to meet milestones.

Design, implement, and validate embedded firmware and software for prototype RF/radar systems. Integrate PS/PL components, develop radar processing algorithms, create interfaces, GUIs, test documentation, analyze failures, and coordinate across engineering teams to meet program milestones.

Design, develop, and validate embedded firmware and software for prototype RF/radar systems. Implement FPGA interfaces, radar processing algorithms, GUIs, and test tools; analyze failures; produce documentation; coordinate across engineering teams to meet program milestones.

Lead design and delivery of embedded firmware, real-time control, electronics, sensing, and mechanical prototyping for the BrainEx perfusion platform. Implement deterministic control loops, build embedded and supervisory software (C/C++, RTOS, Python), design PCBs and analog front-ends, integrate sensors and actuators, and drive fabrication, validation, telemetry, and operator tooling to production across the fleet while mentoring junior staff.

Provides technical leadership for embedded firmware and real-time software development supporting industrial measurement products. Designs software architectures, develops low-level drivers and system software, integrates hardware and software, and leads validation, debugging, optimization, and production release activities. Collaborates with hardware, FPGA, systems, and test engineers; conducts design and code reviews; develops verification strategies; mentors junior engineers; and supports Agile delivery, risk management, and engineering best practices.

The Embedded Software Application Engineer will design embedded firmware, develop reference designs, and create training material while ensuring customer satisfaction.

Lead embedded software sustainment for released medical products by investigating field and manufacturing issues, implementing design changes, and driving continuous improvement. Develop and review requirements, architecture, design, bug, and test documentation; estimate development resources; mentor engineers on software standards, design controls, risk management, and testing; and serve as a technical subject matter expert for production escalations, root-cause analysis, and corrective actions.

Lead embedded software sustainment for released products by investigating field and manufacturing issues, implementing design changes, supporting root cause and corrective actions, and driving reliability improvements. Develop and review requirements, architecture, design, bug, and test documentation; estimate development resources; apply regulatory standards, design controls, risk management, and quality processes; and mentor colleagues on software development and sustainment practices.

Develop embedded firmware, low-level drivers, bootloaders, kernel modules, system services, and application-layer features for a distributed operating system. Debug issues across firmware, operating system, and application boundaries, optimize system performance and resource use, and collaborate with deployment engineering on customer requirements. The role is hybrid in Huntsville, Alabama, with 5–20% travel and a security clearance requirement.

Design and implement software and firmware across BIOS, device drivers, embedded Linux, and microcontroller environments. Collaborate with electrical, mechanical, and systems engineering through design, testing, documentation, vendor coordination, manufacturing support, and project tracking to deliver complex computing products on time and within budget.

Design, develop, test, integrate, and maintain embedded software/firmware (Linux/VxWorks) across the full SDLC. Use C/C++, scripting, model-based engineering, CI/CD/DevSecOps and Agile practices. Interface with customers, suppliers, and cross-functional teams; support program needs and occasional travel.

Design, develop, test, and operate highly reliable embedded software for Starlink spacecraft and ground systems. Build autonomous, fault-tolerant systems; create prototypes; analyze metrics; develop unit and hardware-in-the-loop tests; optimize performance; and own software through release and flight operations. Collaborate with hardware and software engineers, provide technical leadership, and continuously improve systems in a dynamic environment.

Architect, develop, integrate, test, debug, and optimize embedded software for diverse hardware platforms using RTOS, bare-metal, Zephyr, and Linux environments. Lead software architecture, system validation, test automation, and multi-threaded application development while collaborating with hardware and software teams. Define test strategies, analyze defects, document designs, conduct code reviews, mentor engineers, optimize performance and power usage, and contribute to open-source projects.