The convergence of AI and nanotechnology reveals new opportunities in the development of advanced materials, next-generation devices, and intelligent manufacturing processes. By harnessing AI’s predictive and analytical capabilities alongside nanoengineering, researchers and industries can accelerate material discovery, optimize fabrication techniques, and enable the design of efficient, customizable products. This synergy enhances innovation across sectors where precision and performance are critical. As AI evolves, its integration with nanotechnology reshapes manufacturing, making them more adaptive, sustainable, and intelligent. Further exploration of the transformative potential and implications of AI and nanotechnology may reveal new innovations in the future of production, manufacturing, materials science, and creation. Leveraging AI and Nanotechnology for Materials, Devices, and Manufacturing provides an interdisciplinary exploration of the transformative synergy between AI and nanotechnology. It offers insights into how these cutting-edge fields revolutionize material discovery, device fabrication, manufacturing processes, and education. This book covers topics such as materials science, robotics, and predictive modelling, and is a useful resource for engineers, nanotechnologists, manufacturers, academicians, researchers, and scientists.