Building resilience: the future of infrastructure in a changing climate
Lexicon by Interesting Engineering
Deep Dive
What are Dr. Feniosky Peña-Mora's key priorities as the President of the American Society of Civil Engineers (ASCE)?
Dr. Peña-Mora's key priorities include sustainability, resiliency, equity, and mental health. He emphasizes designing infrastructure that meets current needs without compromising future generations, ensuring communities can withstand and recover from disasters, addressing disparities in infrastructure access, and supporting the mental health of construction workers and professionals.
Why is resilient infrastructure crucial in the face of climate change?
Resilient infrastructure is essential because climate change has increased the frequency and intensity of natural disasters like hurricanes, wildfires, and floods. Infrastructure must be designed to withstand and recover from these events to ensure communities not only survive but thrive in the face of adversity.
What specific innovations does Dr. Peña-Mora believe are crucial for improving infrastructure resilience?
Dr. Peña-Mora highlights the importance of smart infrastructure systems with real-time monitoring, innovative materials, and updated standards like ASCE 7 for flood loads and ASCE 24 for climate change. These innovations help structures withstand natural hazards and adapt to environmental stresses.
How does the ASCE influence building codes and regulations in the United States?
The ASCE provides standards that guide constructors and designers, such as ASCE 7 for flood loads and ASCE 24 for climate change. These standards are developed through stakeholder collaboration and are used by communities to ensure infrastructure is built to withstand natural disasters and environmental challenges.
What role does technology play in making infrastructure more resilient?
Technology is a cornerstone of resilience efforts, enabling real-time monitoring, predictive risk assessments, and innovative materials. Artificial intelligence-driven models and smart infrastructure systems help prevent disasters, respond effectively, and design future-proof solutions that integrate sustainability and social cohesion.
How can international collaboration among engineers contribute to global resilience efforts?
International collaboration allows for the exchange of knowledge and best practices, helping develop new standards and innovations. Organizations like the ASCE work with global partners to share insights from disasters, promote resilient designs, and prepare engineers to tackle complex challenges on a global scale.
What key infrastructure projects should the US and other countries prioritize for long-term resilience?
Priorities include upgrading transportation systems, protecting energy grids, implementing green stormwater management, and developing drought-resistant water infrastructure. These projects ensure communities can withstand and recover from climate-related disasters while promoting sustainability and efficiency.
What message does Dr. Peña-Mora have for civil engineering students and young professionals?
Dr. Peña-Mora encourages students and young professionals to embrace the challenges of climate change and resilience, leveraging the latest technology and standards. He emphasizes the importance of ethical solutions, technical expertise, and a commitment to public safety, sustainability, and equity to shape a brighter future.
- Sustainability, resiliency, equity, and mental health are the key priorities.
- Focus on designing infrastructure that meets current and future needs.
- Addressing disparities and providing equal opportunities.
- Addressing mental health concerns within the construction industry.
Shownotes Transcript