This study investigates the utilization of ceramic powder and rice husk ash as geopolymer precursors for theproductionofpaving bricks. Geopolymer technology offers a sustainable alternative to traditional cement-based materials by utilizingindustrialby-products and reducing carbon dioxide emissions. The experimental methodology involves mixing different ratios of ceramicpowderandrice husk ash with alkaline activators to form geopolymer pastes. The pastes are then cast into brick molds and curedat ambienttemperature. The properties of the geopolymer bricks, including compressive strength, water absorption, and durability, areanalyzed.Theresults show that the addition of ceramic powder and rice husk ash significantly improves the mechanical and physical propertiesofthebricks. The geopolymer bricks exhibit enhanced compressive strength and low water absorption, making themsuitableforpavingapplications. This research contributes to the sustainable utilization of waste materials in the production of constructionmaterials, furtherpromoting a circular economy and reducing environmental impact. Keywords: Geopolymer, brick mould, geopolymer brickst