● Manage a fleet of 5+ autonomous vehicles, involving retrofits, change modifications, and performing routine mechanical and electrical maintenance. Proficient in modifying electrical harnesses and skilled in the mechanical installation of sensors and components.● Conducting sensor calibration for the vehicle fleet, ensuring optimal performance and accuracy, and executing regular maintenance routines.● Establishing and equipping new company workshop, demonstrating proficiency with Vector tools (CANoe, CANalyzer), Lauterbach, DTS9, QNX/Linux, and NVIDIA GPU architecture.● Providing mentorship and training to junior engineers, imparting knowledge in sensor calibration, vehicle maintenance, and tool utilization.

● Calibration champion for Pittsburgh site, point of contact for all calibration activities. o Sensor fusion of 30+ sensors including LiDAR, cameras, radars, IMU’s (intrinsic/extrinsic calibration) o Strong understanding of sensor suite/calibration algorithms o Perform/delegate all calibration/validation activities requested on operations JIRA board o Provide feedback to developers and assist with tool validation/user acceptance testing● Vehicle bring-up and build (component assembly) of various vehicle platforms, 150+ total vehicles - o Strong knowledge of vehicle-level communication protocols such as CAN, LIN, Ethernet, SCP o Wiring installation (high voltage experience) o Strong debugging experience – embedded systems (serial, Verilog, dSpace) ● Developed verification and validation plans against sub-system and system requirements. Established traceability across the system and lead discussions to ensure requirements are met for the product● Worked closely with subject matter experts to define functional requirements for electrical, mechanical, and software subsystems that facilitate the integration of the current vehicle platform● Developed system architecture models and supporting documentation, such as interface definitions, state machine and transition diagrams, boundary diagrams and software/hardware architecture diagrams

● Ensured the fleet of autonomous vehicles performs optimally through troubleshooting software, sensor systems, and hardware● Mapped and refine self-driving ODD to improve rider experience● Managed test request requirements in accordance with operations staff/vehicle operators● Coordinated and collaborate with remote engineers to tune software based on current real-world traffic scenarios● Maintained accurate records of repairs and configurations in accordance with QA standards● Performed software tests to remove bugs and increase safety of autonomous vehicles● Performed retrofits, maintenance, and in-field service of electromechanical systems

● Conducted tests with self-driving vehicles in pilot locations● Monitored systems in vehicle during testing on public and private roads● Safely operate autonomous vehicle and follow testing plans provided by test engineers● Provided and communicated detailed feedback to the engineering team on test results and vehicle performance● Cultivated strong relationships with customers by ensuring an outstanding customer experience

Collaborated with cross-functional teams and leveraged Jenkins Automated Testing to automate repetitive testing tasks, enhancing the efficiency and reliability of the testing process.Conducted thorough testing of software applications, employing a variety of testing methodologies and tools, to ensure the highest standards of quality.Utilized a diverse set of programming skills, including JavaScript, HTML, CSS, and Python to create and execute comprehensive test scripts for both manual and automated testing.