Search the 31 jobs at Reliable Robotics Corporation

As a Mission Systems Engineer, you will develop safety-critical flight systems, ensuring compliance with federal regulations, and collaborate with multidisciplinary teams to enhance aircraft capabilities. Your role involves defining mission-related operations, supporting system architecture, conducting safety assessments, and contributing to the design and validation of vehicle functions.

As a System Integration Engineer, you will own vehicle-level projects through design, testing, and development, integrating hardware and software for automated aviation systems. Responsibilities include system design, integration, and testing to ensure functionality and safety.

As a System Integration Engineer, you will lead vehicle-level projects from design to testing phases, integrating various systems such as flight control and data acquisition. Responsibilities include project management, guiding project schedules, and ensuring the integration and testing of aircraft functions are prioritized effectively.

As a Senior Simulation Software Engineer, you will lead development of a scalable simulation software framework, collaborate with cross-functional teams, and enhance core architecture for safety-critical systems. Responsibilities include mentoring team members and making key project decisions to improve simulation performance and reliability.

As a Senior Simulation Software Engineer, you'll develop and enhance a scalable simulation software framework for safety-critical aviation systems, collaborating with various engineering stakeholders to ensure performance and reliability. You'll lead projects and mentor team members in a mission-driven environment focusing on autonomous aircraft development.

As a Sr. Mechanical Test Engineer, you will lead the development of mechanical test stands, integrate instrumentation, automate test procedures, and perform data analysis to enhance flight hardware safety. You will collaborate with various teams while managing environmental qualification testing standards.

As a Sr. Avionics Test Engineer, you will develop and deploy automated testing solutions for avionics hardware, collaborating with cross-functional teams to verify and improve electrical test infrastructure, and support the mission of automating aircraft.

As a Harness Engineer, you will design and integrate electrical harnesses for aviation systems, collaborating across teams to define and implement harnessing designs, ensuring safety and compliance with industry standards.

The Avionics Test Engineer is responsible for developing and deploying automated test solutions for complex avionics hardware, designing test benches, executing tests, and coordinating with multiple disciplines to ensure successful verification campaigns while managing hardware issues.

Design, analyze, build, test, and integrate mechanical systems for remote piloted aircraft. Lead cross-functional teams on performance and design decisions, while possessing cradle-to-grave hardware ownership and mentoring junior engineers.

As a Mechanical Test Engineer, you will design and develop mechanical testing operations, create automated acceptance test stands, analyze data, and collaborate with cross-functional teams to improve flight hardware. This role involves working with environmental qualification testing and integrating various instrumentation to ensure hardware safety and efficiency.

As an Embedded Software Engineer, you will develop low-level software and firmware for the Reliable Robotics autonomy stack, focusing on flight software, continuous integration infrastructure, and Python-based test cases, with the aim of enhancing aircraft capabilities and demonstrating products.

As a Senior Manufacturing Engineer, you will improve the manufacturing and supply chain processes for automated aviation systems, ensuring quality and efficiency. You will design assembly processes, conduct DFMA reviews, and collaborate with cross-functional teams to enhance product development and operational standards in a safety-critical environment.

As an Aircraft Mechanic, you will build and integrate automated aviation systems, perform inspections and maintenance, and develop manufacturing processes while ensuring aircraft safety and quality.

As a Part 135 A&P Mechanic, you will maintain operational integrity by performing routine and preventive maintenance and repairs on Cessna 208 aircraft. Your role includes ensuring compliance with safety and operational requirements, often requiring travel. You should be skilled in troubleshooting electrical circuits and possess an FAA-issued Aircraft Technician certificate.

As a Systems Safety Engineer, you will enhance aviation safety systems by applying methodologies, developing certification processes, and collaborating across teams to ensure compliance with federal regulations. You will validate safety requirements, generate safety artifacts, and contribute to the architectural design of safety-critical flight systems.

As a Systems Architect at Reliable Robotics, you will develop and architect safety-critical flight systems, defining new functions for autonomous aircraft and collaborating with multi-disciplinary teams to ensure compliance with safety requirements and successful product development up to certification.

As a Flight Controls Engineer, you will design, implement, integrate, and test flight control laws, develop simulation models, and engage with pilots to enhance automated flight systems.

As a Guidance, Navigation, and Control Engineer, you will design and implement aircraft control systems, ensuring the integration of uncrewed aircraft into the National Airspace System. Your responsibilities include defining system requirements, designing guidance features, implementing algorithms, analyzing test data, and documenting system performance.

As a Flight Guidance Engineer, you will design, implement, and test guidance systems for uncrewed aircraft. Responsibilities include defining system requirements, developing algorithms, analyzing test data, and ensuring performance through simulations and flight tests.