OceanAlpha Dolphin 1 Water Rescue Robot Saves a 15YO Teenager from Drowning
Maritime
Maritime
AUVSI Maritime Advocacy Committee Elects New Leadership
AUVSI’s Maritime Advocacy Committee (MAC) sets the federal legislative and regulatory priorities for the association based on input and feedback from its membership. The committee develops advocacy goals and policy positions to enable all AUVSI members to speak with a unified voice on behalf of the UMS industry.
Last month, the Committee held leadership elections. Larry Ryder, Vice President of Business Development and External Affairs, Austal USA will serve as the new MAC Chair. Jenny Roberts, Vice President - Navy Fleet Requirements & Acquisition Accounts, SAIC will serve as Vice Chair for the next two years.
AUVSI Presents: Uncrewed Systems & Strategic Competition
Date/Time: Wednesday, March 22, 2023 at 3:00 - 4:00 pm EST
Webinar Description:
While the U.S. has a military advantage over its adversaries, competition is growing. As the government funnels more resources into strategic competition, uncrewed systems will be at the forefront of U.S. competitiveness.
Join AUVSI to learn how uncrewed air, maritime, and ground vehicles help set the stage for future combat, and gives the U.S. a competitive, strategic edge.
Speakers:
Automation and the Workforce: Unmanned Maritime Systems in our Armed Forces
Welcome to Automation and the Workforce, a series of blogs from the AUVSI Advocacy team focused on one of the most pressing questions around unmanned systems: workforce.
MBZIRC Maritime Grand Challenge Provides Opportunity For Unmanned Systems Competition, Collaboration, Innovation
The Mohammed Bin Zayed International Robotics Challenge (MBZIRC) is a global competition designed to push the boundaries of autonomous robotics. With a total prize purse of over US $3 million, the challenge is held every two years in Abu Dhabi, UAE, and provides universities, research centers, companies, and individual innovators an opportunity to address global challenges through the development of autonomous robotic technology.
