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# Embedded Engineer I

- **Company:** ORBITAL ROBOTICS CORP.
- **Location:** Seattle, WA, United States
- **Experience:** Starter
- **Salary:** $90,000.0 - $145,000.0
- **Contract:** Permanent contract
- **Skills:** C (Programming Language), Automation of Tests, C++ (Programming Language), Communications Protocols, Software Debugging, Linux, Device Drivers, Embedded Software, Fault Tolerance, Firmware, Software Architecture, Real-Time Operating Systems, Robotic Automation Software, Software Deployment, Software Engineering, Real Time Systems, Safety Critical Systems, Information Technology, Bare Metal
- **Published:** October 9, 2026
- **Apply:** https://www.indeed.com/viewjob?jk=85a4aa441baf36e3

## About the Role

Orbital Robotics is looking for engineers with experience developing embedded software for safety critical systems. While we are deploying spacecraft with robotic arms to space, any engineer with experience on robotic systems, autonomous vehicles, or avionics will be a great fit., * Due to ITAR regulations, must be a U.S. person (citizen, permanent resident, or designated asylee/refugee).

 * Bachelor's degree in electrical engineering, computer science, physics, robotics, or related engineering discipline.
 * Software development experience in C, C++ and Linux.
 * 0-2 years of full-time, working experience in embedded systems., * Motor Control: Experience with brushless motor controllers and FOC algorithm implementation.

Safety-Critical & Real-Time Systems

 * Safety-Critical Software: Experience developing or deploying software for safety critical systems, including aircraft avionics or autonomous vehicles.
 * Real-Time Processors: Experience targeting high-reliability, real-time processors used in automotive powertrain, aerospace avionics, or robotic actuation.

## Description

* Implement, test, and deploy real-time embedded C/C++ software from bare-metal bring-up to production hardware, and contribute to its architecture.
 * Develop device drivers and high-speed communication protocols to integrate actuators, motor controllers, and complex sensor payloads.
 * Optimize low-level firmware and RTOS to meet the strict timing and latencies required for high-bandwidth robotic control, dynamic movement, and manipulation.
 * Contribute to the design of fault-tolerant software architectures and safety systems that handle hardware degradation, thermal limits, and unexpected physical disturbances.
 * Integrate and debug embedded systems directly on full-scale robots and hardware-in-the-loop test frameworks., * Bare-Metal & RTOS: Experience implementing low-level software on bare-metal systems and RTOS.