In this episode, I talk with Dr. Paul Chinowsky about the critical significance of climate change resiliency in the industry and the intriguing transition from research to consulting. We also delve into the differences between tackling climate change resiliency in academia versus the industry, and shed light on the essential skills required to effectively address this pressing issue. ***The video version of this episode can be viewed here.*** Engineering Quotes: Here Are Some of the Questions I Ask Paul: When did you realize that your passion for addressing climate change would become your long-term career path? Having moved from academia to industry, can you share the main differences you've noticed in how each sector deals with climate change? How does your background in engineering and architecture prepare you for the specific challenges of climate change analysis? What essential skills do upcoming engineers need to address climate change resiliency issues effectively? How do civil engineers contribute to the environment compared to their counterparts in environmental science? How do you stay current and adjust your skills as new scientific developments emerge, and what methods do you use to stay informed? How do you handle controversies in climate change discussions, considering diverse perspectives and using your expertise to form arguments? What are your predictions for the future intersection of civil engineering and climate change in the next decade? What's your final advice for aspiring individuals looking to build a career in the ever-evolving and challenging field of climate change? Here Are Some Key Points Discussed in This Episode About Building a Sustainable Future with Climate Change Resiliency in Civil Engineering: Working on Alaska's coast, the impact of climate change hit home as entire villages faced erosion. This raised a key question about the vulnerability of coastal infrastructure. The excitement came from the convergence of diverse backgrounds to tackle climate change's multifaceted challenges. The crux of the profession lies in addressing new problems and making a real impact. In academia, it's about theoretical questions like water supply. Consulting is hands-on, solving real-world problems like preventing floods and prioritizing investments. The shift includes addressing practical issues like energy needs for vulnerable populations. The key is the difference between theory and hands-on problem-solving, depending on personal interests. Paul's background is a unique blend of architecture, engineering, and computing, providing a holistic understanding of how science affects the built environment. This rare combination, not as prevalent two decades ago, has empowered Paul to effectively address diverse global challenges. In this generational shift, new industry entrants need more than just engineering skills. They should understand climate science, particularly data analysis, and collaborate effectively with diverse groups. Engineers now play a frontline role in driving change, requiring proficiency in communication and environmental science, and reshaping expectations for the next generation. Addressing water runoff and climate change, the focus has shifted to fundamental design considerations. Understanding and explaining the environmental impact is crucial for prompt and credible client responses, even without being an expert. As the team lead, your role is to be the central communicator, translating complex science into practical impacts on road design and budgets. Embrace the challenge and find satisfaction in being the intermediary between different aspects of the project. Staying informed is vital in this field, with a daily commitment to reading new policies,