""Spider Web Engineering"" explores the fascinating intersection of biology and materials science through the lens of spider webs. These intricate biological constructions, ranging from classic orb webs to complex tangle webs, represent a masterclass in natural engineering. Spiders have optimized their web designs over millions of years to efficiently capture prey, showcasing remarkable adaptations. For instance, spider silk, a key component, exhibits exceptional strength and elasticity, rivaling synthetic materials and inspiring advancements in biomimicry. The book traces the evolution of our understanding of spider webs, progressing from basic observations to sophisticated biomechanical analyses. It delves into the diverse architectural designs of webs and the unique silk properties that make them so effective. By examining the interplay between web design and silk composition, the book highlights how spiders have solved complex engineering challenges through evolution. The book begins with an overview of web architectures and silk properties, moving into the biomechanics of different web types and culminating with potential applications of spider silk in diverse fields like biomedicine and aerospace. This book offers a unique perspective by integrating biological studies with engineering analyses, appealing to students, researchers, and anyone interested in nature or materials science. It presents information in an accessible yet rigorous manner, drawing from academic literature, experimental data, and field observations. The study of spider webs connects to ecology, evolutionary biology, and even robotics, demonstrating the broad relevance of this area of study and its potential to inspire future innovations.