The innovative use of recycled bitumen aggregate and banana stem fiber in the development of Fiber Reinforced Cement Concrete (FRCC) as a sustainable construction material. In the construction industry, there is an increasing need to adopt green practices that minimize environmental impact. This study aims to address these demands by utilizing waste materials—recycled bitumen aggregate, derived from reclaimed asphalt pavement, and banana stem fiber, a natural by-product—as primary components in FRCC. By replacing conventional aggregates with recycled bitumen, the research seeks to reduce the environmental burden of landfills, contributing to circular economy practices in construction. Detailed testing was conducted on the materials, including cement, fine aggregate, coarse aggregate, and recycled bitumen aggregate, to establish baseline properties. The findings are expected to demonstrate the potential of FRCC with recycled and natural fibers to meet structural demands, paving the way for eco-conscious alternatives in modern construction. This research has broader implications for sustainable building practices, promoting the development of high-performance, low-impact construction materials aligned with green building standards.