<p><b>Role:&nbsp;</b></p><ul><li><span style="background-color: initial;">Conducted laboratory testing (compressive, tensile, flexural strength) and analyzed data to assess cost efficiency, performance, and environmental&nbsp;benefits.</span></li></ul><p><span style="background-color: initial;"><b>Responsibilities:</b></span></p><ul><li>&nbsp;Conducted feasibility analysis of marble dust as a sustainable partial replacement of cement to reduce environmental impact in high-strength concrete.</li><li>Designed and optimized concrete mix proportions with varying marble dust percentages, aligning with IS code practices for strength and durability.</li><li>&nbsp;Executed laboratory testing (compressive, split tensile, and flexural strength) to evaluate performance and quality benchmarks of sustainable concrete.</li><li>Analyzed test results for cost efficiency, structural performance, and ecological benefits, reinforcing the value of waste utilization in infrastructure projects.</li><li>Documented and presented findings that promote sustainable construction practices through innovative material usage and resource optimization.</li></ul>