Francis Cane Agustin
About Francis Cane Agustin
Francis Cane Agustin is a Program Manager at Nuro, with a background in operations and delivery roles across various companies in the San Francisco Bay Area. He has a strong educational foundation in Film and Pharmacy, along with a passion for video games and film.
Work at Nuro
Francis Cane Agustin has been employed at Nuro as a Program Manager since 2019. In this role, he is involved in overseeing various programs related to autonomous vehicle technology. His position requires a strong understanding of project management principles and the ability to coordinate multiple teams to ensure successful project delivery.
Previous Experience in Operations and Delivery
Prior to joining Nuro, Agustin worked at Rocket Power as an Operations team member for nine months in 2018. He also held multiple roles at EAT Club from 2016 to 2018, including Delivery Associate, Expediter, and Snacks Specialist. His experience in these positions provided him with valuable insights into logistics and operational efficiency.
Background in Autonomous Vehicle Training
Agustin served as an Autonomous Vehicle Trainer II at Cruise Automation for eight months in 2017 and 2018. This role involved training personnel on the operation and safety protocols of autonomous vehicles, contributing to the development of safe and effective autonomous driving technologies.
Education and Expertise
Francis Cane Agustin studied at De Anza College, where he earned an Associate of Arts degree in Film/Cinema/Video Studies from 2012 to 2014. Additionally, he studied at Boston Reed, achieving a Licentiate degree in Pharmacy Technician/Assistant in 2006. His educational background reflects a diverse skill set, combining creative and technical knowledge.
Driving Experience and Traffic Law Knowledge
Agustin has extensive experience as an Independent Contractor Driver with companies such as DoorDash, Lyft, and Uber from 2015 to 2017. This experience has provided him with a strong understanding of traffic laws, which is essential for ensuring safety in the context of autonomous vehicle operations.