BACKGROUND

The goal of this project is to create a sustainable seawall that promotes the health of marine ecosystems while reducing coastal erosion. In addition to requiring regular maintenance and separating coastal species like wetlands and plants from the ocean, traditional seawalls frequently reflect wave energy, which may increase erosion at the base and in the surrounding areas. Our group is creating a "living seawall" design that blends ecological improvement and structural stability in order to overcome these difficulties. In order to improve wave energy dissipation and create textured surfaces that encourage marine life attachment and habitat expansion, the proposal incorporates a modular hexagonal layout. In order to find a balance between engineering efficiency and sustainability, we will examine the project's environmental impact, material selection, hydrodynamic performance, and overall cost effectiveness. The final objective is to suggest a seawall system that enhances ecological and long-term shoreline resilience in addition to safeguarding coastal infrastructure. The goal of this strategy is to show how engineering design may advance beyond protection to restore and live in natural settings.