Jobs at Reliable Robotics Corporation

Lead FPGA certification for phased-array radar hardware: author DO-254 plans, qualify tools, develop verification strategies, guide verification execution, and coordinate certification with FAA and DERs to enable airborne electronic hardware certification.

Design, build, test, and integrate mechanical and electromechanical systems for automated aircraft. Own a project from early concept through installation on a development aircraft, using CAD and FEA, hands-on fabrication, test-stand design, measurement, data analysis, and technical documentation. On-site in Mountain View for Winter 2026 or Spring 2027.

Own and execute a high-priority integration project: plan, assemble, test electrical systems in lab and on development aircraft. Gain system design experience, hands-on build/test, read wiring schematics, run electronics tests, and write/run code supporting automated flight systems.

Work with senior engineers to design, implement, and test flight software for sensors, control systems, actuators, telemetry, and fault handling. Develop and enhance simulation frameworks, define software requirements, perform peer reviews, and execute end-to-end system tests in simulation, lab hardware, and flight.

Design and build developer-facing infrastructure and tools to enable reliable, reproducible CI/CD for safety-critical flight software. Provision and manage AWS and on-prem resources with Terraform, integrate CI pipelines (GitHub Actions), support SIL/HITL testbeds, bridge embedded flight software with simulation and IT, and automate workflows with scripting and Linux administration.

Develop physics-based models for aircraft dynamics, analyze flight tests, conduct closed-loop testing, and validate simulation models against flight test data.

As a Sr. Flight Controls Engineer, you will design, implement, and test flight control systems, develop simulation models, and interface with pilots and operations for testing and certification.

The Sr. Production Systems Engineer will develop and manage production systems and drive optimizations across manufacturing processes, ensuring compliance and quality. Responsibilities include integrating business systems, analyzing production operations, and collaborating with various teams to enhance manufacturing efficiency.

As an Electrical Systems Engineer, you will design, test, and integrate avionics hardware for automated aviation systems, ensuring compliance with certification requirements and working collaboratively across teams.

The Mission Systems Engineer will develop safety-critical flight systems, document mission operation strategies, and support system architecture and certification efforts.

Lead the design, analysis, testing, and certification of mechanical systems for remote piloted aircraft. Drive engineering methods and product quality, collaborating cross-functionally.

As a Mechanical Engineer, you'll design, test, and integrate safety-critical aviation systems, collaborating with cross-functional teams and overseeing hardware from concept to flight certification.

The Flight Software Manager will lead the team developing safety-critical embedded flight software, ensuring effective engineering processes, certification, and collaboration across various technical domains.

Develop low-level software and firmware for aviation safety technology, focusing on C/C++, Continuous Integration, and embedded systems.

As a Sr. Electrical Test Engineer, lead automated test equipment development, analyze test results, author test plans, and improve test systems in a safety-critical aviation environment.

The Sr. Hardware Test Engineer will design, build, and automate test stands for aviation hardware, ensuring compliance with stringent standards while mentoring peers.

The Sr. Manufacturing Engineer will enhance aviation technology by improving manufacturing processes, ensuring compliance, and collaborating with design teams to develop and scale production effectively.

The GNC Modeling and Simulation Engineer develops physics-based models for aviation systems, conducts simulations, validates results against flight tests, and visualizes data insights.

The Sr. Flight Software Verification Engineer verifies embedded software for aviation systems, ensuring compliance with DO-178C standards through testing and tool qualification.

As a Systems Architect, you'll design prototypes for safety-critical flight systems, define aircraft functions, and ensure compliance with regulations.