Nathan Bozzo
About Nathan Bozzo
Nathan Bozzo is an NPI Engineer at Nuro, where he has worked since 2021, following a year as an Operations Specialist. He holds an Associate of Science in Design and Manufacturing from De Anza College and a Bachelor of Arts in Political Science from San Jose State University.
Work at Nuro
Nathan Bozzo has held multiple positions at Nuro, a company focused on autonomous vehicle technology. He began as an Operations Specialist from 2019 to 2020, where he contributed to various operational tasks. Following this role, he worked as a Prototype Manufacturing/NPI Technician from 2020 to 2021, further developing his skills in manufacturing processes. Since 2021, he has served as an NPI Engineer, where he has been involved in critical projects, including providing Design for Manufacturing (DFM) feedback and conducting Process Failure Mode and Effects Analysis (PFMEA) for the P2 and R3 programs.
Education and Expertise
Nathan Bozzo studied at De Anza College, where he earned an Associate of Science (AS) degree in Design and Manufacturing. He furthered his education at San Jose State University, obtaining a Bachelor of Arts (BA) in Political Science and Government. His educational background equips him with a blend of technical and analytical skills, which he applies in his engineering roles at Nuro.
Background
Nathan Bozzo has a diverse background in engineering and manufacturing. He has experience working overseas with BYD Manufacturing and Engineering Teams in China during the Alpha production ramp, which provided him with international exposure in the automotive sector. His technical skills include reverse engineering, as demonstrated by his work on a Toyota Prius using 3D scanning and CAD modeling.
Achievements
Nathan Bozzo has made significant contributions to Nuro's projects, notably leading the manufacturing effort for the P2 test vehicle program. He co-invented the P2 thermal system for autonomous vehicles, showcasing his innovative approach to engineering challenges. His involvement in critical processes, such as PFEMA for key programs, highlights his expertise in ensuring product reliability and manufacturability.