This handbook presents a comprehensive and forward-looking examination of smart structures and advanced materials, focusing on their properties, technological foundations, and practical applications in modern engineering. It develops a clear understanding of how intelligent materials respond to external stimuli, enabling adaptive behaviour and enhanced structural performance. The handbook integrates theoretical principles with applied engineering approaches, addressing the role of sensing, signal processing, and system response in complex environments. It further explores the interaction between material properties, structural systems, and environmental conditions, highlighting their significance in infrastructure monitoring and performance optimisation. Emphasis is placed on analytical methods, measurement techniques, and system integration that support innovation in engineering design. The discussion reflects contemporary advancements in smart technologies, encouraging a multidisciplinary perspective on the development and application of intelligent materials and structures.

This handbook is intended for engineers, researchers, and advanced students seeking to deepen their understanding of smart systems. It supports the development of analytical capability, technical knowledge, and practical insight required for designing and implementing advanced materials in modern engineering applications.