As the Atlantic hurricane season approaches, experts are making strides in reimagining home construction and architecture to withstand the destructive forces of severe storms. With the forecast predicting a busy season of up to 25 named storms, including up to seven major hurricanes, there is a growing recognition of the need to prioritize hurricane resilience in building design.

Architects and engineers are adopting innovative techniques to create hurricane-resistant structures. By eliminating complicated geometries, alcoves, and recesses, wind forces can be minimized, reducing additional stress on buildings, according to construction expert Rae. These streamlined designs prioritize functionality and durability, while maintaining aesthetic appeal.

A prime example of hurricane-resilient construction can be found in a recently built hotel that successfully weathered a storm. The hotel's first floor, located 15 feet above ground level, prevented flooding during heavy rainfall. Additionally, backup generators were ingeniously located on the second floor, ensuring uninterrupted power supply during the storm. Engineer Amir Aghajani highlighted how even a slight bend in the structure can enhance its strength, offering an additional layer of protection against hurricane forces.

While no building can be completely hurricane-proof, investing in hurricane resilience during the construction process can help prevent costly repairs in the future. Aghajani emphasized the value of "invest now or pay later" mentality. By prioritizing resilience, building owners can save themselves from substantial damages caused by hurricanes and other extreme weather events.

In anticipation of rising sea levels, researchers and students at Florida International University's School of Architecture are actively studying and developing innovative solutions. One post-doctoral candidate, Sara Pezeshk, is employing 3-D printing technology to create "bio-tiles" that can mitigate coastal erosion. These bio-tiles are designed to withstand the forces of the ocean while protecting the shoreline from eroding.

Meanwhile, Professor Thomas Spiegelhalter's students are utilizing artificial intelligence to envision the cities of the future. Through their models, they propose metropolises built over water with structures that mimic natural shapes, enhancing resilience against hurricanes and other storms. This approach, inspired by nature itself, aims to create self-sufficient and resilient urban spaces.

Professor Spiegelhalter emphasized the importance of learning from nature, which has existed far longer than humans and will persist long after we are gone. By understanding and emulating nature's design principles, designers can optimize structures to withstand the ever-increasing challenges posed by climate change.

As hurricane seasons become more intense, the shift towards hurricane-resilient construction and design is becoming imperative. With continuous innovation and incorporation of nature-inspired approaches, the goal of creating structures that can withstand and adapt to severe storms is steadily becoming more attainable, helping homeowners and entire communities protect their investments and safeguard lives.