Skip to Main Content
Building Safety Journal Logo

Building Safety Journal - International Code Council

Main Menu

Menu

      • April, 2025 Articles
      • March, 2025 Articles
      • February, 2025 Articles
      • January, 2025 Articles
      • December, 2024 Articles
      • November, 2024 Articles
      • 2025 Articles
      • 2024 Articles
      • Deep Dives
      • Member News
      • Personal Perspectives
      • Quick Hits
      • Technical Topics
      • Press Releases
      • Sponsored Content
      • View All
      • Buildings, Construction, Architecture/Design
      • Fire, Wildland-Urban Interface
      • Plumbing, Mechanical, Fuel Gas, Pools/Spas
      • Energy, Solar, Green, Sustainability
      • Disaster Preparedness, Mitigation, Resiliency
  • Subscribe
    • ICC Family of Solutions
    • ICCSafe
    • myICC
    • Digital Codes
    • cdpACCESS
    • Store
    • Support

Join today!

Keep up-to-date on crucial industry news, innovative training and expert technical advice with a free subscription to the award-winning Building Safety Journal.

Subscribe

Sign In or Register Here

Provide your email address
Provide your password
Answer the math challenge
Please enter your e-mail address below. We will email you a link to reset your password.
Provide your email address
Answer the math challenge
To complete your registration, please verify your email address.
Answer the math challenge

We have emailed the address you provided. Please click the link in the email to confirm your email address.

Your account has been marked for password reset. Please change your password.
Provide your new password
Verify your new password
Answer the math challenge 8 minus three

Only registered ICC members have access to this article at this time.

Explore all the benefits that ICC Membership has to offer and become a member today to gain access to this exciting content.

If you're already an ICC member Sign In Now.

Can We Help?

  • Reset My Password
  • I Need More Help

ICC supports FEMA building performance assessments in Florida

March 1st, 2019
by Karl Fippinger
  • Quick Hits

International Code Council staff participated in a Federal Emergency Management Agency (FEMA) Mitigation Assessment Team (MAT) deployment to Panama City, Fla., on Jan. 6–11, 2019. Karl Fippinger, CEM, PMP, vice president of fire and disaster mitigation joined a team of federal, state, local and private-sector industry experts to conduct performance assessments of more than 350 buildings affected by Hurricane Michael in the Florida Panhandle. Team members included partners from FEMA, the Florida Division of Emergency Management, the U.S. Army Corps of Engineers, the Building Officials Association of Florida, the American Wood Council and the Asphalt Roofing Manufacturers Association.

Older construction not to code (left) and new construction designed and built to code (right) in Port St. Joe, Fla.
Older construction not to code (left) and new construction designed and built to code (right) in Port St. Joe, Fla.

The MAT performed assessments of schools; critical facilities such as hospitals, police and fire stations, emergency operations centers, and shelters; as well as residential and non-residential structures. Team members focused on the performance of buildings affected by wind, surge and flood waters from Hurricane Michael in Bay, Calhoun, Franklin, Gulf, Jackson and Wakulla counties.

The FEMA MAT program observes building performance under severe hazard events, determining causes of building damage, evaluating performance of mitigation projects, and providing design and construction recommendations to help reduce damage and protect lives. The team analyzed the performance of select roofs, walls, pilings, sea walls, soffits, ground floor enclosures and other building components for trends. Among the factors considered were codes and their enforcement, elevation, siting, retrofits, old versus new construction, and other factors that affect building performance during a storm.

Older construction designed to code, but not built to code (left). New construction designed and built to code (right) in Mexico Beach, Fla.
Older construction designed to code, but not built to code (left). New construction designed and built to code (right) in Mexico Beach, Fla.

The Hurricane Michael MAT is developing a series of FEMA recovery advisories to be released in March or April that will offer guidance for design, construction and restoration of buildings. The primary audience for these advisories includes building owners, operators and managers; installers; and contractors, but may also be helpful for architects, engineers and various planners, as well as local government and building code officials involved with building planning, design, enforcement, operations or maintenance. The team’s initial findings reinforce the criticality and effectiveness of building codes and broader mitigation measures as they apply to building performance and overall community resilience. Detailed findings will be published this October in a final FEMA Mitigation Assessment Report for Hurricane Michael.

New construction designed and built to IBHS FORTIFIED Home standard in Cape San Blas, Fla.
New construction designed and built to IBHS FORTIFIED Home standard in Cape San Blas, Fla.

A recent report by the National Institute of Building Sciences — Natural Hazard Mitigation Saves: 2018 Interim Report — highlights the significant savings that result from implementing mitigation strategies in terms of safety, and the prevention of property loss and disruption of day-to-day life. It found that adopting the 2018 International Codes — the most widely used and adopted set of building safety codes in the world — generates a national benefit of $11 for every $1 invested. The national mitigation benefit-cost ratio associated with code adoption is $6 to $1 for floods, $10 to $1 for hurricanes and $12 to $1 for earthquakes, with benefits coming through avoided casualties, post-traumatic stress, property damage, business interruptions and insurance premiums. These findings demonstrate the importance of regular updates to the building codes and strong code enforcement in order to mitigate damage from natural disasters such as wildfires, earthquakes, hurricanes and flooding.

Older, non-reinforced masonry construction (left) and new oceanfront construction designed and built to code (right) in Mexico Beach, Fla.
Older, non-reinforced masonry construction (left) and new oceanfront construction designed and built to code (right) in Mexico Beach, Fla.
About the Author
Karl Fippinger
Karl Fippinger, CEM, PMP is Vice President, Fire and Disaster Mitigation for the International Code Council. He is a 30-year veteran of the fire and emergency services having served as an Assistant Fire Chief with the Occoquan-Woodbridge-Lorton Volunteer Fire Department in Prince William County, VA as well as an adjunct fire and rescue instructor for the Fairfax County Fire and Rescue Department in Fairfax County, VA. Karl is also a Certified Emergency Manager with the International Association of Emergency Managers and serves as a member of the Federal Emergency Management Agency’s National Advisory Council. He brings more than 25 years of public and private sector experience in federal, state, and local disaster preparedness, response, recovery, and mitigation.
Submissions
Check out upcoming BSJ topics and send us articles for consideration:
Or send by email

Want to advertise in the BSJ?
Click Here

Share on Facebook
Facebook
Tweet about this on Twitter
Twitter
Share on LinkedIn
Linkedin

  • 25 24862 MTS CLE BSJ WAD 270X270 FINAL
  • 25 24731 BSM BSJ Website 270x270 WAD FINAL
  • 25 24651 TRN WDS BSJ BSJW WAD 270x270 FINAL a
  • tile 3
  • 25 24699 PD TRN SKGA Sub Plan BSJ WAD FINAL 270 x 270 2
International Code Council
International Code Council
International Code Council
International Code Council

Subscribe to the Building Safety Journal

Subscribe

Connect with Us

  • LinkedIn
  • Facebook
  • X
  • YouTube
  • Instagram

ICC Family of Solutions

  • Privacy Policy
  • Terms of Use
  • Contact Us
  • Accessibility Policy
uGZFP4DPCN32WD3J75DAekyG2BEwMRyhOc8BbDedXlQ=.html