 This study investigated the potential of sugarcane bagasse ash, SCBA, as a sustainable material for construction applications. SCBA is a waste product from the sugar industry which has been found to have high compressive and flexural strengths when combined with glass fibers and blast furnace slag. The results showed that SCBA had a compressive strength of up to 1,055.5 kPa and a flexural strength of up to 217 kPa. Additionally, the density of the material decreased from 1,320.1 kg per cubic meter to 1,265 kg per cubic meter when cured with 20% cement. This suggests that SCBA could be used as a lightweight filler material and wheat compressible soils to increase their load-bearing capacity. This article was authored by Harshul Nikad, Harshul Nikad, Ramratan Lal Barali and others.