Systems Safety Engineer
Reliable Robotics- Full Time
- Mid-level (3 to 4 years)
Candidates are required to possess a Bachelor’s degree and at least 5 years of experience in complex system engineering, preferably within the robotics or autonomous platforms field. They must have experience with robotics control systems and the ability to root cause problems, along with proficiency in writing database queries using SQL and software development experience in Python and/or C++. Furthermore, experience with common network protocols such as Ethernet and CAN is necessary, and familiarity with developing integrated systems, including requirements definition, programming, validation testing, and safety analysis, is also required.
The Senior Autonomy Systems Engineer will drive design and system analysis to lead a 10x reliability improvement initiative, perform analysis to determine areas for improvement in the platform and autonomy systems to meet reliability and latency targets, lead analysis of cross-team system issues and recommend changes, propose and implement new designs across autonomous vehicles systems to ensure safe and performant operations, and lead validation analysis/testing across systems to ensure robustness. They will also have the opportunity to learn and contribute to the deployment of machine learning in safety-critical systems.
Develops fully driverless robotaxis for urban transport
Motional develops fully driverless vehicles, specifically robotaxis, aimed at transforming urban transportation. Their all-electric robotaxis are designed to navigate complex city environments safely and efficiently. Motional partners with ride-hailing and delivery services, providing them with advanced autonomous vehicle technology to enhance their operations and reduce costs. A unique aspect of Motional's service is its Command Center, which allows for real-time tracking of each robotaxi, enabling human agents to monitor performance and ensure passenger safety. Unlike many competitors, Motional focuses on integrating its vehicles into existing mobility networks, making driverless technology accessible and reliable. The company's goal is to make autonomous vehicles a safe and integral part of urban transportation.