Search the 20 jobs at Reliable Robotics Corporation

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.

As a Flight Navigation Engineer, you will design, implement, and test navigation systems for uncrewed aircraft. Your contributions will enhance safety and enable integration into the National Airspace System through collaboration with stakeholders and testing in real-world scenarios.

The Senior Flight Test Engineer will lead the verification of modified flight control systems for a remote autoflight system, ensuring functionality from lab trials to vehicle testing. Responsibilities include drafting test plans, conducting risk assessments, and directing flight tests, while collaborating with various teams to meet test requirements.

As a Sr. Vehicle Integration Engineer, you will design and install modified flight control systems and lead integration and testing efforts. You will ensure system functionality from lab to vehicle, and act as the responsible engineer during flight test campaigns, coordinating with various teams to meet test requirements.

As a Flight Software Engineer, you'll develop C++ software for complex aircraft systems, ensure system fault robustness, perform unit testing, and participate in flight hardware interactions and testing.

As a Flight Software Engineer, you will automate complex aircraft systems by developing C++ software for embedded environments, handling system faults, and integrating with vehicle subsystems. Your role includes implementing unit tests, collaborating with various teams, and working directly with flight hardware during testing.

As a Sr. Harness Engineer, you will define harness architecture and design flight and test harnesses, collaborating with avionics and production teams. Responsibilities include routing, bulkhead planning, and ensuring installations on aircraft. This role requires significant hands-on experience in electrical harness design and offers the opportunity to work on advanced mechanical systems.

As a Displays Software Engineer, you will design and build user interface applications for automated aircraft systems, engaging in both prototyping and certified applications. Your work will involve collaborating with engineers and pilots to ensure user-centered, safe systems.

As a Guidance, Navigation and Control (GNC) intern engineer at Reliable Robotics, you will work with a team of mission-driven engineers to design, implement and test GNC systems for aviation safety-enhancing technology. Responsibilities include supporting the design, analysis, and verification of GNC components, improving simulation models, and developing tooling for navigation and control system verification.

As a Flight Controls Engineer, you will design, implement, and test flight control laws for automated aviation systems. Responsibilities include developing flight test plans, evaluating control system performance through simulations, and implementing algorithms in flight software. Collaboration with pilots and other engineering teams is essential to ensure successful integration and testing.

As an Avionics Mechanical Engineer, you will collaborate with avionics and mechanical teams to design and test harnesses, enclosures, and mounting hardware for aviation systems. This role involves hands-on work with hardware integration and testing on aircraft, contributing to the development of safety-enhancing technology for aviation.

The Sr. FPGA Verification Engineer will integrate and test FPGA for airborne products, develop compliance processes, and strategize verification methods to ensure safe electronic hardware. This role is crucial for product demonstrations and certification.

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 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.