Quinn Z Shen is a dedicated Staff Software Engineer at Aurora, where he leverages his extensive expertise in embedded systems and artificial intelligence to drive innovation in autonomous navigation technologies. With a strong academic foundation from UC Berkeley, Quinn is passionate about harnessing the power...
Quinn Z Shen is a dedicated Staff Software Engineer at Aurora, where he leverages his extensive expertise in embedded systems and artificial intelligence to drive innovation in autonomous navigation technologies. With a strong academic foundation from UC Berkeley, Quinn is passionate about harnessing the power of hardware and software to create impactful solutions that enhance safety and efficiency in construction zones. In his current role as a perception lead, he is instrumental in defining and executing the technical roadmaps that underpin Aurora's ambitious product vision.
Quinn's work involves close collaboration with the ground truth team and the broader autonomy team to ensure the seamless deployment of end-to-end autonomy behaviors. His focus on construction zone navigation is critical, as it addresses the unique challenges posed by dynamic environments, ensuring that autonomous vehicles can operate safely and effectively. By integrating cutting-edge research in computer vision and machine learning, Quinn is at the forefront of developing robust perception systems that enhance situational awareness and decision-making capabilities.
Since joining Aurora in June 2022, Quinn has been pivotal in scaling machine learning pipelines and improving human-in-the-loop systems for data collection and labeling. His proficiency in Python, Java, and data structures, combined with his leadership and problem-solving skills, enables him to tackle complex engineering challenges with innovative solutions. As he continues to push the boundaries of what is possible in autonomous navigation, Quinn remains committed to making the world a better place through technology, embodying the spirit of innovation and collaboration that defines Aurora.
