Smart Electronic Materials

Smart materials change their physical characteristics quickly in response to environmental stimuli. They are utilised in equipment that propels current information technology advancements and have uses in sensors, memory, optoelectronics, electronics, and other fields. This document provides readers with information on the use of magnetostrictive, piezoelectric, and shape memory alloys. In order to evaluate how architecture could evolve with the development of smart materials, it also defines the architectural viewpoint. Methods: Civil engineering needs to pay attention to the scientific application of intelligent structural mechanics in the design, building, and preservation of infrastructures. Because they allow for remote measurement of energy usage, smart metres are crucial parts of next-generation buildings.