This study investigated the use of waste materials like saw dust ash, glass powder, and rubber tire pieces to partially replace cement, fine aggregate, and coarse aggregate in concrete. Concrete cubes were cast with varying replacement percentages and tested for compressive strength at 7 days. Replacement of up to 4% of each material resulted in higher strength compared to conventional concrete. Further tests found an optimum mix with 4% cement replacement and 8% fine aggregate and 2% coarse aggregate replacement achieved the maximum compressive strength. The study concludes these waste materials can be utilized in concrete production to improve sustainability.