Ground waste tire rubber (GWTR) has emerged as a sustainable and innovative material in the construction industry, specifically in the context of cement and concrete. This material, derived from the recycling of end-of-life tires, is utilized as a partial replacement for traditional aggregates. The incorporation of GWTR into concrete mixes not only helps in mitigating environmental pollution caused by discarded tires but also offers potential enhancements in certain properties of concrete. The application of GWTR in concrete involves its utilization in various forms such as crumb rubber, shredded rubber, and powdered rubber, each impacting the concrete’s characteristics differently. The inclusion of GWTR in concrete is primarily aimed at improving properties such as flexibility, impact resistance, and thermal insulation. These modifications are particularly advantageous in severe environmental conditions where traditional concrete might face challenges like cracking and durability issues.