Sr. Embedded Software Engineer, Radar
Reliable Robotics Corporation8 days ago
Base Salary
$210k - $280k/yr
Responsibilities
- Develop C++ flight software requirements, designs, code, unit tests, and requirements-based test cases according to DO-178C procedures.
- Develop Python-based software integration test cases.
- Work on numerical optimization, networking, protocol drivers, memory interfaces, and software-to-FPGA interface layers.
- Develop embedded radar software from bare metal through aircraft-level capabilities to support demonstrations, certification, and market delivery.
Requirements
- At least 8 years of experience developing C or C++.
- At least 3 years of experience translating and optimizing complex mathematical algorithms into performant, deterministic embedded code.
- Hands-on experience developing driver-level software for software-to-FPGA interfaces and managing high-bandwidth data pipelines.
- Bachelor’s degree in Computer Science or Computer Engineering, or equivalent experience.
- Preferred qualifications include 12+ years of C or C++ development, radar algorithms and signal processing experience, radar-system integration and testing, DO-178 software-development experience, and a strong understanding of computer architecture, operating systems, and networking.
Benefits
- The role offers the opportunity to develop an end-to-end aviation product from bare metal to the aircraft level with direct impact on aircraft capabilities.
- Employment is contingent on the applicant’s ability to comply with U.S. export-control laws, and applicants must provide documentation establishing U.S. person or non-U.S. person status.
About Reliable Robotics Corporation
Reliable Robotics builds certified autonomous flight systems to enable remote operation of fixed-wing aircraft for cargo and, eventually, passenger use. The privately held company, founded in 2017 and headquartered in Mountain View, California, also operates Reliable Airlines, a cargo feeder flying since 2022 in Albuquerque for a major cargo carrier. Its business model spans autonomy hardware/software, certification efforts, and operating cargo flights to validate and commercialize the technology for aviation customers.