Florida state lawmakers\u00a0Senator Ana Maria Rodriguez and Representative Alex Rizo\u00a0joined President Jeanette M. Nu\u00f1ez and other university leaders on Tuesday\u00a0for the\u00a0presentation of\u00a0a\u00a0$15 million check to expand FIU’s Wall of Wind 2.0 facility\u00a0(WOW 2.0), which will pave the for a future, world’s-largest testbed that combines windstorm effects with storm surge.<\/p>\n
The investment will help researchers explore the impacts of extreme winds on buildings and infrastructure and produce solutions that lead to stronger communities.<\/p>\n
\u201cWe are deeply grateful to Senator Ana Maria Rodriguez, Representative Alex Rizo and the Florida Legislature for their $15 million investment in FIU\u2019s Wall of Wind 2.0 facility,\u201d Nu\u00f1ez said. <\/p>\n
\u201cThe funding will allow Wall of Wind 2.0 to advance research into the effects of 200-mph winds and demonstrate their effects on buildings, homes, critical infrastructure and the systems that are potentially impacted by catastrophic storms. The funding will also lay the foundation for a first-of-its-kind, full-scale research and testing facility designed to study not just extreme winds, but the combination of hazards that make major storms so destructive including wind, storm surge, waves and flooding. FIU is committed to being the leader in disaster research and testing.\u201d <\/p>\n
For more than a decade, the Wall of Wind (WOW 1.0) at FIU\u2019s\u00a0Extreme Events Institute<\/a> has served as the nation\u2019s only university-based facility capable of replicating Category 5 hurricane winds. Building on the success and research capabilities of WOW 1.0, FIU developed WOW 2.0 at its Engineering Center, expanding its capabilities to produce winds of up to 200 mph.<\/p>\n The research, technology and lessons learned from WOW 1.0 and WOW 2.0 are now informing FIU\u2019s next generation of extreme-weather research:\u00a0The Extreme Storm Simulator (ExtremeS)<\/a>. In 2022, the National Science Foundation awarded FIU and its partner institutions\u00a0a grant<\/a> to lead the design of ExtremeS, a future mega-research facility that will combine 200-mph winds with storm surge and waves reaching up to 16 feet.<\/p>\n \u201cFlorida must continue to lead the nation in preparing for the increasingly powerful storms that threaten our communities and economy. The expansion of FIU\u2019s Wall of Wind capabilities will provide researchers with an unprecedented opportunity to study extreme wind, storm surge, waves and flooding, helping us develop the knowledge and technology needed to protect lives, homes and businesses,\u201d Senator Rodriguez said. <\/p>\n Hurricanes rank among the most dangerous and costly natural hazards in the U.S. In 2024, the total costs for Hurricane Helene and Hurricane Milton combined exceeded $110 billion, according to the National Oceanic and Atmospheric Administration. <\/p>\n Over the past two decades, FIU has focused on how to improve community resilience through research at WOW 1.0. Its findings<\/a> have shaped building codes directly and driven the development of stronger, hurricane-tested products. <\/p>\n \u201cFIU\u2019s Wall of Wind has established South Florida as a national leader in hurricane research and resilience. Investing in the next generation of this groundbreaking facility means investing in stronger communities, better building practices and a safer future for Floridians. I\u2019m proud to support FIU and the transformative research taking place right here in our community,\u201d Representative Rizo said. <\/p>\n The investment underscores FIU\u2019s commitment to resilience research and translating knowledge into practical, life-saving solutions. <\/p>\n “We need research facilities to improve our knowledge of how natural and built infrastructure responds to hurricane forces. That knowledge leads to discovery, to innovation and, ultimately, to societal benefit,\u201d said Jack Puleo<\/a>, dean of FIU\u2019s College of Engineering & Computing<\/a> and associate vice president for strategic initiatives in coastal engineering and resilience. <\/p>\n