Top Embedded Software Engineer Jobs

Design, develop, integrate, debug, and maintain embedded software/firmware. Lead software engineering teams through the full lifecycle, work in Agile/Scrum environments, interface with customers and suppliers, and support requirements for mission-critical real-time systems and DoD security programs.

Design and develop embedded software for networking platforms, participate in project phases, and collaborate with HW and SW teams to troubleshoot.

The role entails integrating and optimizing on-vehicle AD systems, collaborating on diagnostics and vehicle platform integration, while conducting on-site testing.

Lead embedded software engineer developing and maintaining firmware for high-bandwidth Ethernet network switches. Responsibilities involve embedded Linux, Layers 2–4 networking protocols, precision timing synchronization with PTP, SNMP MIBs, DHCP port reservations, in-band port management, and diagnostic, system-monitoring, and built-in test utilities.

Develop graphical user interfaces and supporting middleware for robotic surgical systems using Qt and embedded C/C++. Collaborate with designers and engineering teams on visual design, software architecture, prototyping, verification, debugging, and maintenance. Explore emerging user interface technologies and deliver robust, high-quality software throughout the product lifecycle.

Designs and leads safety-critical embedded firmware for automotive hardware safety and power systems. Responsibilities include architecting safe-state strategies, power sequencing, thermal monitoring, watchdog systems, low-level drivers, diagnostic frameworks, and HALs for ARM-based SoCs. The role requires FreeRTOS or SafeRTOS expertise, ISO 26262 ASIL-B/C knowledge, register-level debugging, hardware-software safety integration, code reviews, failure analysis, and mentoring engineers.

Develop high-fidelity virtual platforms and hardware models for SSD firmware development, including controller logic, PCIe, NVMe, and NAND behaviors. Build simulation instrumentation, automate CI/CD integration, profile performance, analyze failures, and validate firmware against ASIC RTL before silicon availability. Collaborate with firmware teams and ASIC vendors in an onsite agile engineering environment.

Design, develop, test, and support highly available embedded software for Starlink consumer devices and gateways. Build Linux-based software for processors and microcontrollers, develop hardware-in-the-loop testing systems, participate in architecture and code reviews, prototype designs, support in-house manufacturing, and create tools for continuous integration, deployment, testing, and data analysis.

Designs, develops, tests, debugs, and documents software/firmware for embedded systems. Works independently on engineering projects, leads design reviews, coordinates verification testing, and collaborates with cross-functional teams.

Develop and integrate embedded medical device firmware in C/C++, follow quality and regulatory-aligned development practices, perform code reviews, optimize performance, debug hardware/firmware, collaborate with cross-functional teams, and produce quality documentation for medical device standards.

Develops driver, diagnostic, and embedded C++ software for intravascular ultrasound systems. Responsibilities include software architecture, hardware communication, requirements and design documentation, debugging, verification planning, and collaboration with electrical, transducer, catheter, manufacturing, and systems engineering teams. The role requires strong object-oriented programming experience and supports medical capital equipment development. Knowledge of digital signal processing, image processing, and CUDA is advantageous.

Develop, execute, and automate Hardware-in-the-Loop validation for embedded control systems, ECUs, and vehicle software. Configure dSPACE and Vector test environments, create automated test scripts, analyze results, troubleshoot defects, and support verification throughout the product lifecycle. Responsibilities include test planning, requirements traceability, regression testing, root-cause investigations, system integration, and technical reporting. The role is onsite at a customer engineering and manufacturing facility.

Own the technical strategy, architecture, integration, validation, and lifecycle management of embedded software for connected forklift and ADAS solutions. Lead development and releases for telematics, LiDAR, AI camera, and UWB systems; manage suppliers and stakeholders; conduct SIL/HIL testing; troubleshoot production issues; and ensure performance, quality, reliability, and safety compliance.

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.

Develop and maintain embedded Linux systems for autonomous platforms, including bootloaders, kernels, root filesystems, device drivers, device trees, security features, and performance optimization. Build Python or Bash automation and CI test frameworks. Collaborate with hardware engineers on requirements, schematics, board bring-up, and debugging of high-speed interfaces using laboratory and JTAG tools.

Develop and maintain embedded networking software for Airwall Zero Trust technology across constrained devices, OpenWRT, and ARM platforms. Work on secure data paths involving IPsec, ESP, IKE, overlay networking, NAT traversal, and PKI. Modernize the technology stack, troubleshoot packet-level networking failures in customer environments, improve code quality and performance, and mentor engineers. The role requires close collaboration with product, engineering, and customers.

Designs and maintains embedded software development, testing, manufacturing, and deployment tools. Responsibilities include board bring-up, flashing, provisioning, diagnostics, hardware-in-the-loop testing, factory automation, simulation, observability, and cross-platform toolchain integration across embedded hardware. Collaborates with firmware, hardware, systems, test, and manufacturing teams to improve productivity, reliability, test coverage, and production workflows.

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.

Design and implement robust C++ software for multi-processor real-time embedded robotics systems; modularize and unify frameworks across platforms; analyze performance and safety; build/extend simulation and diagnostic tools; participate in risk analysis, requirements, verification, and cross-functional collaboration to support medical robotic products.

Design, implement, and integrate embedded Linux software including headless applications, servers, and device drivers. Configure kernels and BSPs, perform feasibility and performance analysis, troubleshoot system-level issues from bootloaders to user space, and document designs. Work with Yocto, cross-compilation toolchains, and lab test equipment to bring up software on physical hardware.

The Senior Firmware Engineer will design and implement avionics firmware, oversee architecture, ensure compliance with DO178-C, conduct trade studies, and collaborate on safety requirements for eVTOL aircraft.

Develop and maintain firmware and embedded software for aircraft and station systems (microcontrollers and embedded Linux). Lead board bring-up, device drivers, sensor and peripheral integration, hardware/software debugging, verification, and field support. Collaborate across Electrical, Mechanical, Onboard Software, Operations, Safety, and Production to deploy and harden embedded subsystems for production fleets.

The Embedded Software Engineer will develop and integrate software for robotics systems, troubleshoot hardware-software interactions, and document processes. Responsibilities include working with various sensors and ensuring software quality in collaboration with team members.

The Senior Embedded Application Software Engineer II will lead architecture design, mentor team members, and develop high-stability software. They will collaborate with product and design teams to create innovative solutions for our customers.

Design, develop, and maintain embedded Linux platform software and Python-based microservices for edge devices. Implement REST APIs, device-to-cloud communication, OTA updates, telemetry, diagnostics, containerized deployments, testing, packaging, and release processes. Collaborate cross-functionally, troubleshoot hardware/software interactions, support manufacturing and field issues, and mentor junior engineers while ensuring code quality, security, and operational supportability.