Top Embedded Software Engineer Jobs

Develop, integrate, test, debug, and maintain C/C++/C# embedded software controlling NDI and avionics automated test equipment. Responsibilities include hardware-software integration, UI updates, functional and unit testing, automation-tool development, test equipment sustainment, requirements traceability, and GitLab CI/CD pipeline maintenance. The role is fully onsite, supports commercial and military platforms, requires U.S. Person status and the ability to obtain a Secret clearance, and involves less than 10% travel.

Design, architect, implement, debug, and optimize embedded software for prototype and shipping consumer eyewear products. Work across system layers including kernels, memory management, I/O, camera, audio, persistence, and security. Participate in design and code reviews, triage product issues, and develop performant, energy-efficient solutions using ARM architecture, C or C++, and embedded Linux.

Designs, develops, tests, maintains, and integrates embedded software for aircraft Flight Management Systems. Collaborates with systems, hardware, and testing teams on requirements analysis, feature definition, software integration, verification, validation, debugging, code reviews, and performance optimization. The role supports reliable avionics solutions that improve aircraft navigation, safety, and operational performance.

Develop and test embedded software and firmware for Bose audio products, prototypes, and engineering tools. Responsibilities include coding in C/C++ and Python, integrating software with embedded hardware, creating automation tools, debugging, validation, performance benchmarking, documentation, code reviews, and cross-functional collaboration with DSP, acoustics, systems, and hardware engineering teams.

Develop and test embedded software and firmware for Bose audio products, prototypes, and engineering tools. Responsibilities include writing C/C++ and Python code, integrating software with embedded processors, building automation tools, debugging and benchmarking performance, validating systems, documenting designs, and collaborating with software, DSP, acoustics, systems, and hardware engineers.

Develop and test embedded software and firmware for Bose audio products, prototypes, and engineering tools. Responsibilities include writing C/C++ and Python code, integrating software with embedded hardware, creating automation tools, debugging and benchmarking embedded systems, validating performance, documenting work, and collaborating with software, DSP, acoustics, systems, and hardware engineers.

Develop and test embedded software and firmware for Bose audio products, prototypes, and engineering platforms. Build C/C++ and Python solutions, integrate software with processors and hardware, create automation tools, debug and benchmark embedded systems, and support validation and documentation. Collaborate with software, DSP, acoustics, systems, and hardware engineering teams throughout the development lifecycle.

Embedded Software Engineering Intern developing Rust systems software for Linux userspace and integrating industrial hardware. Responsibilities include building hardware abstraction layers, communicating with sensors and controllers, debugging across software and hardware, using logic analyzers and oscilloscopes, writing tests, and participating in code reviews. The role offers hands-on experience with low-level programming, communication protocols, reliability, and safety-critical systems.

Develop and integrate safety-critical embedded software for avionics, vehicle controls, and electrification systems. Responsibilities span requirements, architecture, coding, hardware interfaces, device drivers, board support packages, integration, verification, and cybersecurity capabilities. The role uses real-time operating systems and processor architectures including ARM and PowerPC, applies safety and cybersecurity standards, and provides technical leadership through mentoring and design presentations.

Design, develop, integrate, and test embedded software for avionics, flight controls, engine controls, vehicle power systems, and other safety-critical applications. Responsibilities include requirements development, software design and implementation, low-level development, hardware/software integration, lifecycle planning, customer collaboration, and mentoring technical teams.

Design and develop embedded software for avionics, flight controls, engine controls, vehicle power systems, and other safety-critical applications. Responsibilities span requirements development, software design, implementation, integration, testing, and lifecycle planning. Engineers use embedded development environments and low-level programming for PowerPC and ARM processors, collaborate with cross-functional teams, mentor colleagues, and may lead technical discussions with customers.

Develop and integrate mathematically complex embedded software for aerospace navigation and flight guidance systems. Responsibilities include requirements, architecture, real-time coding, navigational feature development, integration, testing, certification artifacts, verification and validation, and customer support. The role requires C/C++, assembly, software development tools, version control, CI/CD experience, and eligibility to obtain a security clearance. Work is hybrid in Phoenix, Arizona, with three onsite days weekly after 90 days.

Develop and maintain tactical embedded software for the PAC3 RF Seeker system. Responsibilities include requirements, algorithms, design, testing, DevOps automation, software environment management, deployment processes, troubleshooting, trade studies, stakeholder communication, supplier performance evaluation, and mentoring junior engineers.

Develop and maintain embedded software for aerospace products through the full software lifecycle. Responsibilities include requirements analysis, design, C++ coding, testing, deployment under DO-178B guidelines, Linux application porting, documentation, and collaboration with cross-functional teams. The role focuses on real-time concurrent execution, multicore environments, OS synchronization, and Linux scheduling algorithms.

Develop and test safety-critical embedded C++ software for aerospace flight display systems. Responsibilities include requirements, design, coding, testing, deployment under DO-178B, Linux application porting, documentation, and collaboration with cross-functional teams. The role requires addressing real-time concurrent execution in multicore environments and supporting high-quality, reliable avionics products from a hybrid Phoenix location.

Design, develop, integrate, test, and maintain embedded flight management software for next-generation avionics. The role involves requirements and code reviews, collaboration with systems, hardware, testing, and certification teams, laboratory debugging, defect resolution, and compliance with aerospace certification standards. The position is hybrid in Phoenix, with the first 90 days fully onsite.

Leads the full lifecycle development of embedded control software, including requirements analysis, design, coding, debugging, testing, documentation, and production release. Develops AUTOSAR-compliant infrastructure and firmware using embedded C, coordinates cross-functional and supplier teams, performs root-cause analysis, improves software quality, and validates functionality with automated tools, prototype benches, and laboratory equipment.

Design, implement, and maintain embedded firmware and cloud-ready microservices/APIs. Develop embedded Linux using Yocto, integrate hardware and device drivers, improve CI/CD pipelines, mentor junior engineers, troubleshoot performance issues, and collaborate with cross-functional teams to deliver scalable, secure software for connected devices.

Lead OS verification for IVI platforms: define verification strategies, create and run automated/manual tests, develop automation scripts, report metrics, log defects, and collaborate with architects, developers, and integration teams to ensure software quality, security, performance, and architecture compliance.

Design, develop, maintain, test, and debug embedded software for aerospace and avionics systems using C/C++. Collaborate with cross-functional teams on requirements, architecture, hardware integration, software lifecycle processes, and certification activities under DO-178 standards. Support high-quality deployment of complex safety-critical systems, communicate technical concepts to stakeholders, and contribute to software testing, integration, and continuous improvement.

Design, implement, test, release, and maintain embedded software that communicates through APIs, services, and protocols. Participate across the Agile software development lifecycle, conduct peer reviews, perform unit and functional testing, and support continuous improvement. Collaborate with cross-functional engineering teams and coach less experienced engineers. The role involves embedded development using C++, Python, RTOS, ARM and x86 architectures, industrial protocols, and development tools such as Git and Jenkins.

Develop production embedded software and firmware for robotic systems, including drivers, communication stacks, sensor and actuator interfaces, and real-time systems. Bring up custom hardware, debug electrical and software issues using lab tools, collaborate with electrical engineers, and establish manufacturing-oriented bring-up and testing processes.

Own embedded firmware for cloud-seeding vehicles, including flight controllers, power systems, sensors, payloads, and onboard Linux interfaces. Responsibilities span architecture, board bring-up, drivers, communication protocols, safety mechanisms, testing, releases, field deployment, and troubleshooting. The role partners with electrical, mechanical, manufacturing, and flight operations teams to deliver reliable vehicle systems.

Own embedded firmware for cloud-seeding vehicles, including flight controllers, power systems, sensors, payloads, board bring-up, hardware integration, communication protocols, safety and recovery behavior, testing, release workflows, and field support. Collaborate with electrical, mechanical, manufacturing, and flight operations teams to deliver reliable vehicle systems from architecture through deployment.

Develop and validate embedded software for automotive infotainment, connectivity, and vehicle access ECUs. Responsibilities include board bring-up, BSP and kernel development, stress testing, performance benchmarking, debugging hardware and software issues, and documenting designs and test procedures. Collaborate with hardware, automation, validation, architecture, OEM, and ODM teams to deliver reliable embedded systems across high-performance automotive SoCs.