System Reliability Test Engineer
Symbotic- Full Time
- Junior (1 to 2 years)
Candidates should possess a Bachelor's degree in science or engineering, or equivalent industry experience, and a minimum of two years of experience designing, integrating, and testing electromechanical systems. They should have a solid understanding of engineering fundamentals, experience reading electrical wiring schematics, and experience testing systems for proper performance.
As a System Integration Engineer at Reliable Robotics, you will own vehicle-level projects through the planning, design, and testing phases of development, encompassing primary flight control hardware, data acquisition hardware, hardware-in-the-loop testing, ground station development, and integration with software and human-machine interface teams. You will be responsible for performing system design, test, and installation readiness reviews, defining system bring-up testing and pre-flight functional testing requirements, and collaborating with mechanical, electrical, and software engineers.
Develops automation technology for aircraft
Reliable Robotics develops automation technology for aircraft, focusing on making flying safer, more accessible, and more affordable through autonomous operations. Their systems are designed for both cargo operators and passenger airlines, specifically targeting small (Part 23) and larger (Part 25) aircraft. The company emphasizes a 'certification forward' approach, ensuring that their automated systems meet regulatory standards early in development, which enhances safety and reliability. They have successfully demonstrated fully automated operations for small aircraft and are working on commercializing this technology for broader use. Reliable Robotics generates revenue by selling or licensing their automation systems and may also provide maintenance and support services. Led by co-founder and CEO Robert W. Rose, who has a strong background in aerospace and robotics, the company aims to significantly impact the aviation industry by improving the efficiency and safety of air travel.