Top Embedded Software Engineer Jobs in Austin, TX

Design and implement embedded software for avionics and related control systems across the full lifecycle. Develop low-level bare-metal software, device drivers and BSPs using C/C++/Assembly in embedded toolchains, collaborate with systems, hardware, test teams, and mentor peers. Participate in integration, testing, and customer technical reviews.

The Embedded Software Engineer will develop, integrate, and validate safety-critical software for avionics systems, ensuring compliance with security processes and collaborating with cross-functional teams.

Design, develop, and validate safety-critical avionics embedded software per DO-178C. Collaborate with systems and hardware engineers for SW/HW integration, perform testing, debugging, code reviews, and produce engineering documentation. Implement software development best practices and may reverse-engineer code to address issues and improve maintainability.

The Sr. Staff Embedded Software Engineer will lead MCU software development, focusing on Secure Boot and hardware integration, while ensuring high security standards in products.

Develop embedded software for vehicle software-update functions using C/C++ in various environments. Collaborate with teams, perform testing, and resolve issues to enhance vehicle software.

Develop and lead microcontroller firmware and real-time Linux applications for semiconductor processing equipment. Implement drivers, control logic, state machines, communications interfaces, and production deployments. Collaborate with electrical and mechanical engineers on board bring-up, calibration, diagnostics, automation, and tool integration.

Develop microcontroller firmware and real-time Linux applications for semiconductor fabrication tools. Work end-to-end from system definition and board bring-up to drivers, control logic, diagnostics, and production deployment while collaborating with electrical and mechanical teams.

As an Embedded Software Engineer, you will develop firmware for brain-computer interfaces, collaborating cross-functionally on safety-critical embedded systems and delivering manufacturable solutions.

Design and implement embedded software systems for semiconductor fabrication tools, developing firmware and real-time Linux applications while collaborating with cross-functional teams.

Develop firmware for real-time control of semiconductor processing tools; collaborate with engineers on requirements and control implementation; utilize skills in embedded software development.

As a Firmware Engineer, you will design and implement reliable firmware for energy systems, ensuring high-quality, deterministic software development.

Develop, integrate, and test high-quality embedded C/C++ avionics software for X-BAT UAVs, interfacing with sensors, firmware, autonomy systems, and GCS; design CI/HIL test systems, produce documentation, and collaborate across cross-functional teams.

Lead design, implementation, integration, and delivery of vehicle-side OTA embedded software using C++. Define and decompose system requirements, drive architecture and defect resolution, support integration and validation, troubleshoot vehicle integration issues, and mentor team members while promoting engineering best practices.

This position involves developing firmware for implantable systems, collaborating with engineers, and contributing to system improvements. Responsibilities include working with embedded systems and hardware understanding.

Develop and maintain Linux kernel drivers and embedded Linux configurations for NVIDIA Jetson platforms. Integrate and optimize drivers for PCIe, FPGA, Ethernet, USB, and MIPI cameras; debug low-level system issues; collaborate with hardware and computer vision teams; and document driver implementations and hardware interfaces.

Design, implement, test, and qualify embedded software from requirements through production for Linux SBCs and microcontroller systems. Develop low-level drivers, BSPs, APIs (including FPGA interfaces), perform code reviews, optimize I/O and real-time performance, support in-orbit customers, and collaborate across hardware and systems teams.

The Embedded Software Engineer will analyze and develop embedded software systems, provide customer support, and apply software engineering and cybersecurity methods.

Design, build, and scale embedded connectivity and security for distributed energy devices. Implement networking (Ethernet/Wi‑Fi/Thread/Zigbee/BLE), secure provisioning, OTA firmware pipelines, telemetry, and diagnostics. Support testing, certification, manufacturing validation, and cross-functional collaboration from prototype to deployment.

Develop and maintain PX4 autopilot firmware for UAVs, integrating sensors and payloads, and managing testing environments. Collaborate on flight operations and system integration.

As an Embedded Software Engineer, you will design and implement software for unmanned aircraft systems, debug issues, collaborate with engineering teams, and maintain high software quality standards.

The Embedded Software Test Engineer will design test plans, implement tests for products, automate testing in CI, and communicate results with cross-functional teams.

Design and develop black-box and white-box test plans, implement pre- and post-silicon tests, automate tests in CI, triage/debug issues with software teams, and present results to stakeholders.

As an Embedded Software Engineer, you will develop firmware for brain machine implants, focusing on latency, power efficiency, and reliability. Responsibilities include writing software in Rust, optimizing performance, contributing to testing, and maintaining documentation.

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

Develop and maintain PREEMPT-RT Linux real-time embedded software for automated electromechanical systems. Design interfaces between firmware, DSPs, sensors and applications; implement drivers, system services, and deterministic middleware; integrate EtherCAT-based motion control, machine-vision/Edge AI, and HMI; perform architecture, testing, prototyping and supplier collaboration to deliver field-ready automation products.