Top Embedded Software Engineer Jobs

Design, architect, develop, and validate embedded system software and low-level firmware (C/C++) for RF, high-speed converters, MEMS, IMU/GNSS sensor fusion and SoC products. Lead prototypes and technology demonstrators, implement DSP and sensor calibration algorithms, and apply ML techniques for sensor optimization, anomaly detection, and predictive maintenance. Collaborate cross-functionally with RF, FPGA, and applications teams.

The Specialist Product Design Verification Engineer is responsible for software verification, validation activities, developing test procedures, and managing cybersecurity testing for medical devices.

As a Senior Software Embedded Engineer, you'll design and build edge video and IoT solutions, lead SDK development, and ensure system compatibility for Axon's hardware and software products.

Lead and define embedded software architecture across multiple device product lines. Drive strategic planning, enforce company-wide embedded standards, evaluate open-source technologies, mentor senior engineers, and coordinate cross-functional teams to deliver scalable, reliable, secure firmware and device software.

The Senior Embedded Software Engineer will design and develop software solutions for NVIDIA's autonomous vehicle platforms, collaborating with multi-functional teams, debugging systems, and ensuring hardware and software integration across vehicle subsystems.

Develop embedded software for micro-controllers and IoT devices. Collaborate with an engineering team on design, development, and testing of security libraries.

As a Senior Embedded Software Engineer, you will develop embedded software for consumer medical devices, providing technical leadership, creating drivers, and collaborating with cross-functional teams.

Design and develop software for networking platforms, focusing on embedded systems and device drivers, collaborating with hardware and software teams.

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

Debug and integrate firmware for Ethernet retimers/gearboxes, triage lab and field failures, fix embedded C/C++ firmware, support customer bring-up, and develop features for SERDES, link training, equalization, and diagnostics.

Develop and execute embedded software automated and manual tests for sleep and respiratory care devices. Perform requirements analysis, test development, execution, defect management, and collaborate across teams to meet project goals.

Design and implement robust C++ real-time embedded software for multi-processor SoC/FPGA platforms supporting motion control, audio intercom/DSP, data streaming, diagnostics, and safety. Analyze system performance and safety, participate in risk analysis and verification, collaborate cross-functionally, extend audio and event streaming infrastructure, and develop hardware bring-up, simulation, and diagnostic tools.

Lead reliability engineering for grid automation products (protection relays, RTUs, control devices, software). Develop reliability models, test plans (HIL, environmental, stress), run FMEA/FMECA and RCA, analyze field data, define KPIs (MTBF/FIT), drive predictive maintenance, ensure regulatory compliance, and coach teams while collaborating with utilities and product groups.

The Principal Engineer will develop safety-critical software and test infrastructure for autonomous vehicle systems, ensuring high quality and scalability while collaborating with other teams.

Design and deliver safety-critical embedded and system test infrastructure. Develop and maintain embedded C/C++ software, automated characterization/calibration, HIL test cases, and CI/CD integration. Triage issues, perform root-cause analysis, coordinate with hardware and safety teams, support deployment and maintenance, mentor team members, and contribute to system safety and scalability for autonomous vehicle fleets.

The role involves developing test cases, performing structural coverage testing, and documenting tests for embedded software in compliance with DO178B/C standards.

The Software Engineer will work on embedded systems in the medical domain, focusing on HW-SW interface, firmware development, and using tools like CAN and UART.

The role involves working with embedded systems, focusing on device drivers and communication protocols like I2C and SPI in a Linux environment, and requires Python programming skills.

The Software Embedded Engineer will primarily focus on embedded software development and device driver implementation, leading technical teams and ensuring compliance with DO-178B standards.

The Advanced Lead Engineer will oversee the full software development lifecycle, lead team efforts on embedded real-time software, establish software requirements, interface with team members, and ensure project execution tasks are met, including scope, schedule, and quality.

The Lead Engineer will design and develop embedded software for aerospace devices, requiring deep technical skills, project management, and leadership capabilities.

Design and develop embedded firmware and application examples, support customers, create documentation, and assist in marketing and business development.

Responsible for designing and developing firmware and flight software for spacecraft systems, collaborating with engineering teams on robust, reliable software under strict constraints.

The Senior Embedded Software & Controls Engineer will develop next-gen control systems for levitation platforms, focusing on DC commutation strategies and distributed control architectures, while integrating software with hardware, and leading validation efforts to optimize performance.

The Senior Embedded Software Engineer will design and verify embedded software for avionics in Lunar vehicles, collaborate with hardware engineers, and utilize advanced tools for debugging and performance analysis.