Portland, Oregon Regional Supply Chain Resilience Workshop
Please join us for this unique opportunity to enhance your organization's supply chain security and resilience. This no-cost, regional supply chain resilience workshop is an opportunity for private sector and State, local, and Federal partners to focus on critical infrastructure supply chain security and best practices.
The workshop will last one-half day on the afternoon of August 13th.
Registration: 12:30 - 1:00 PM
Workshop starts: 1:00 PM
Regional Supply Chain Resilience Workshop topics will include:
Topic: Economic Espionage
Speaker: Representative, Federal Bureau of Investigations Regional Field Office
Topic: Regional Supply Chain Threat Information
Speaker: FreightWatch International
Topic: Supply Chain Best Practices: An Industry Perspective
Speaker: Intel Corporation
Topic: Private Sector Coordination for Emergency Response and Recovery
Speaker: Oregon Office of Emergency Management
Who should participate?
This workshop will enhance the security and resilience of owners and operators, targeting the needs of small and medium business, but is of value for all size organizations.
- Corporate and facility security professionals from the private and public sectors
- Supply chain security professionals
- Owners and operators
- Government representatives with an interest in regional resilience or with supply chain security responsibilities
Register now!
Once registered, you will receive the following information soon:
- Final agenda
- Event logistics
- Speaker information
Relevant Government Agencies
Dept of Homeland Security, Dept of Transportation, State Government, County Government, City Government, Municipal Government, FEMA, Coast Guard, National Guard Association
This event has no exhibitor/sponsor opportunities
When
Thu, Aug 13, 2015, 12:30pm - 4:30pm
Cost
Complimentary: $ 0.00
Where
Concordia University
11703 NE Glenn Widing Drive
Portland, OR 97220
Get directions
Website
Click here to visit event website
Organizer
Department of Homeland Security - 1