This research paper explains an experimental study on the utilization of waste material extracted from the Ceramic manufacturing plants and reused in concrete by replacing natural fine aggregate. Due to this ceramic waste, the natural fine aggregate extraction may be reduced, and the nominal cost of the river sand is high; compared to all the other alternate fine aggregate materials. Pulverized and granulated waste powder ceramic tiles are varies from 0%, 5%, 10%, 15%, and 20% replacement material for fine aggregate. The mix designs were prepared by replacing fine aggregate with different percentages of 0% to 20% pottery (crushed tiles) with M30 grade of concrete. Experimental investigations were conducted on fresh concrete for workability. In hardened concrete with various tests conducted like a Compression test, Young's modulus, and Flexural strength on concrete beam with different percentages of waste crushed ceramic tiles at different stages of curing time at 7 28 days. © 2023 Elsevier B.V., All rights reserved.