This study examines the field of sustainable structural design from the perspective of cutting-edge materials. This study aims to investigate the characteristics, benefits, and difficulties of these materials; to appraise their efficacy in the building of highways; to appraise their economic and environmental consequences; and to pinpoint prospects for future developments. Using a mixed-method approach, this study combines a deductive analysis with an extensive survey of the literature on innovative materials to provide light on their effectiveness. Important discoveries show that novel materials provide great strength-to-weight ratios, environmental resilience, and sustainability. Case studies provide additional evidence of their effective use in projects and highlight the observable advantages they provide structural design. The resilience of these materials is revealed through performance evaluation, which opens the door to their wider application. Economic analysis shows the short- and long-term expenses, while environmental assessments highlight their sustainability. Standardization concerns and regulatory obstacles are obstacles, yet future expansion is indicated by the need for aggressive actions and innovation. The building sector may lower life-cycle costs, enhance infrastructure resilience, and be in line with sustainability goals by using innovative materials. The study report suggests that interested parties give the incorporation of novel materials first priority and calls for greater investigation to provide fresh, environmentally friendly solutions.

Innovative materials, Sustainable structural design, Industrial Revolution, Upfront costs, Life-cycle costs, Warm mix asphalt (WMA), MEPD