NIBS Scholarship Winner Hopes to Bring Broader STEM Education to Saint Lucia
Nearly half of the U.S. population (150 million people) reside in portions of 42 states that are at risk of experiencing a damaging earthquake within the next 50 years. That’s according to the NIST-FEMA Special Publication Recommended Options for Improving the Built Environment for Post-Earthquake Reoccupancy and Functional Recovery Time.
In regions of high seismic risk, where an earthquake hasn’t occurred for some time, scenario studies predict deaths in the thousands, injuries in the tens of thousands, and hundreds of billions of dollars in direct economic losses, along with long-term, destabilizing impacts to community function.
Our nation’s seismic risk is largely mitigated through earthquake-resistant buildings, which are regulated by model building codes. Federal policy now calls for improving functional recovery of the built environment to increase earthquake resilience at the community level. Functional recovery design represents a significant shift from the current safety-based practice for the building design and construction industry.
Join us as we discuss:
President, American Institute of Steel Construction
Community Resilience Group Leader and Program Manager, NIST
Director, Earthquake Engineering, MKA
Senior Geophysicist, Federal Emergency Management Agency