27th Annual Freight and Logistics Symposium: AI-Powered Freight—Revolutionizing Transportation and Logistics
1330 Industrial Blvd. NE
Minneapolis, MN 55413
About the Event
The 2024 symposium explored the potential of artificial intelligence (AI) to revolutionize freight, transportation, and logistics. The keynote presentation kicked things off by highlighting what freight and logistics leaders need to know about AI. Northwestern University associate professor Michael Watson discussed what people mean by the term AI and outlined different frameworks for thinking about it—cutting through the hype to provide practical advice and give attendees additional sources to explore.
Following the keynote, a panel discussion offered a behind-the-scenes look at private-sector innovations, featuring leaders from top companies that are implementing AI solutions to optimize freight operations and management. The panelists shared how they are using AI to enhance routing, reduce fuel consumption, manage fleet operations, and streamline the entire logistics process.
To close the event, State Representative Steve Elkins and State Senator Jordan Rasmusson participated in a "fireside chat" exploring the regulatory challenges and opportunities posed by AI in freight. Covering topics from data security to labor impacts, this conversation addressed the pressing policy issues that need attention to ensure a smooth transition to AI-powered logistics.
Speakers
- Michael Watson, Associate Professor, Northwestern University
- Asim Ghanchi, Assistant Vice President of Technology Services, BNSF Railway
- Cody Griggs, Vice President, Digital Brokerage, C.H. Robinson
- Minnesota State Representative Steve Elkins
- Minnesota State Senator Jordan Rasmusson
Credit
Attendees are eligible for 2.5 Professional Development Hours (PDHs) and 2.5 American Institute of Certified Planners (AICP) certification maintenance credits.
More Information
Contact Carissa Frandrup at [email protected].
Sponsors
This symposium was sponsored by the Center for Transportation Studies at the University of Minnesota, in cooperation with: