Embedded Robotics Recruiter
We find embedded engineers for robotics companies: firmware, RTOS, driver development, hardware bring-up. The engineers who bridge the gap between hardware and software.
What an embedded robotics engineer does
Embedded robotics engineers write firmware and low-level software for robotic systems: RTOS programming, driver development, sensor integration, board bring-up, communication protocols such as CAN, EtherCAT, and SPI.
They make hardware work reliably in demanding physical environments. The role requires both strong C programming and deep hardware understanding.
Real-time constraints, safety-critical requirements, and the integration of sensor data at the hardware level distinguish robotics embedded work from IoT or consumer electronics. This discipline is foundational to the platform and infrastructure layer of robotic systems.
Why this role is difficult to hire
Embedded engineers are in demand across automotive, IoT, and consumer electronics, and robotics must compete with all of them. Compensation expectations and career trajectories differ significantly across sectors.
Robotics-specific embedded work adds further complexity: real-time constraints, safety-critical systems, sensor fusion at the hardware level. Assessing what transfers from adjacent industries requires specialist knowledge.
Strong candidates are often deep inside demanding programs with no public profile and no reason to respond to generic outreach.
Where embedded candidates work
Hardware-heavy robotics companies, sensor manufacturers, motor controller companies, and industrial automation firms. Also in actuator and drive companies supplying the robotics supply chain.
Usually in firmware, BSP, or hardware integration teams. In larger companies, often split between platform engineers and application firmware engineers.
Adjacent pools include automotive ECU development, medical device firmware, and aerospace embedded systems, all with transferable real-time depth.
Austin and the Bay Area have strong embedded robotics talent pools, with adjacent talent available from the automotive and aerospace sectors.
How we find embedded talent
We map embedded teams across robotics and adjacent industries: automotive ECU development, medical devices, aerospace firmware. We assess for real-time programming depth and robotics-specific hardware experience, not just years of C experience.
We approach engineers with context: the specific MCU or SoC architecture, the communication protocols involved, the safety requirements. That specificity generates responses from engineers who ignore generic outreach.
Embedded roles often overlap with ROS 2 platform engineering and controls engineering searches.
Example searches
- Humanoid robotics startup needed an embedded engineer for motor controller firmware. Placed from an automotive ECU team, strong RTOS background transferred directly.
- Drone company needed RTOS expertise for flight controller development. Sourced from an aerospace embedded systems program.
- Surgical robotics company needed a BSP engineer for a new hardware platform. Placed from a medical device firmware team.
Salary landscape
Embedded Robotics Engineers earn $180k-$240k base salary plus equity. RTOS experience and safety-critical systems knowledge command premiums. Defense and medical robotics roles trend higher.
Figures reflect US market data as of Q2 2026 and may vary by location, company stage, and seniority.
Who hires embedded robotics engineers
Companies building physical robotic products that require custom electronics, sensor integration, motor control, or real-time safety systems across industrial, medical, consumer, and defense sectors.
Frequently asked questions
How much does an embedded robotics engineer earn?
Embedded Robotics Engineers earn $180k-$240k base salary plus equity. Engineers with RTOS experience and safety-critical systems knowledge command premiums.
What skills do embedded robotics engineers need?
Firmware development in C/C++, RTOS (FreeRTOS, Zephyr), microcontroller programming (STM32, ESP32), hardware-software integration, sensor driver development, and experience with real-time communication protocols.
What is the difference between embedded engineering and robotics software engineering?
Embedded engineers work closer to the hardware, writing firmware, managing sensor interfaces, and optimizing for resource-constrained environments. Robotics software engineers typically work at a higher abstraction level, building perception pipelines, planning systems, or middleware.
Where do embedded robotics engineers work?
Companies building physical robotic products that require custom electronics, sensor integration, motor control, or real-time safety systems. This spans industrial, medical, consumer, and defense robotics.
Work with a specialist robotics recruiter
If you are hiring an embedded robotics engineer and need a recruiter who understands firmware and hardware integration, get in touch. We will tell you quickly whether we can help.