Skip to content

The Future of Autonomy

Photo of Hannah O
Hosted By
Hannah O.
The Future of Autonomy

Details

The Future of Autonomy

Join us at Oakland University's new Research and Innovation Center in Rochester Hills, to learn about The Future of Autonomy, and discover the role Oakland University is playing in this vision.
Our two speakers for the evening:

· Dr. Dan Aloi, Director of Research & Professor for the School of Engineering and Computer Science at Oakland University will provide an overview of the academic departments and strategic research areas within SECS. He will also give a peek into the research facilities, industry collaborations, research projects, and much more.
· Daniel Bartz Principal Engineer for Automated Driving at Volkswagen Group of America’s Vehicle Safety Office, spoke at our last get together on the History of Autonomy. Now he continues to look forward, to tell us what The Future of Autonomy holds. From the foundational physics of sensors, to the best ways to analyze three-dimensional data and apply AI to extract the most robust, deterministic data from a scene, Mr. Bartz will discuss the most advanced technologies, and what we can learn from Defense and other Industries.
Following the presentations, everyone is invited on a brief tour of Oakland University’s new research facility.

Schedule:
5:30 -6:00: Arrive, network and enjoy pizza
6:00-6:15: Oakland University Welcome (Dr. Dan Aloi)
6:15-7:00: The Future of Autonomy (Dan Bartz)
7:00-7:15: Research & Innovation Building Tour
7:15-8:00 Open Discussion

Many thanks to Oakland University for welcoming everyone into their building and hosting this event.

COVID-19 safety measures

Event will be indoors
The event host is instituting the above safety measures for this event. Meetup is not responsible for ensuring, and will not independently verify, that these precautions are followed.
Photo of Detroit Motor City Self Driving Cars 101 group
Detroit Motor City Self Driving Cars 101
See more events
2871 Research Dr · Rochester Hills, MI