R Rambabu 01 02 In this paper the mechanical and the durability properties of concrete that partially replaced some amountof rubber have been compared Waste tire rubber which was ground into fine aggregates replaced natural aggregatesat various levels of volumes Important properties such as water absorption workability tensile strength andcompressive strength were determined As per the findings incorporation of more rubber enhances durability andimpact resistance due to an increase in water permeability and fracture resistance yet the compressive and tensilestrength is reduced since rubber is not so stiff The replacement was sensible and balanced in terms of both strengthand sustainability This study brings to the fore the possibilities of rubberized concrete as an ecofriendly constructionmaterial that serves to aid waste management alongside ensuring competency in terms of structural performancewhen used in nonloadbearing capacity Copyright (c) Journal of Engineering Technology and Sciences. All rights reserved 2026