Rate My Professor Freeda Christy

Dr. Christy's research centers on sustainable construction materials and structural performance, encompassing fly ash brick masonry, self-compacting concrete, self-curing concrete, self-sensing concrete with nanomaterials, geopolymer concrete, and sulphate resistance in concrete. Key publications include 'Experimental study on axial compressive strength and elastic modulus of the clay and fly ash brick masonry' (with D. Tensing and R. Mercy Shanthi), 'Experimental Studies on Effects of Sulphate Resistance on Self-Curing Concrete' (with A. Aielstein Rozario and M. Hannah Angelin), 'A study on the structural behaviour of Self Sensing Concrete using Nanomaterial as Fillers' (2024, with P. Aruna Jeyanthi and G. Dhivyalakshmi), 'Analytical and experimental study on the behavior of self compacting geopolymer concrete beams' (2026, with A. Vigneshkumar and others), and 'Fresh, hardened properties and microstructural analysis on geopolymer concrete with rice husk ash derived activator' (with A. Vigneshkumar and others). She leads ongoing projects such as the DST-SURE funded initiative on value addition of silkworm pupae oil (2023, Rs. 24,76,910). Among her honors is the Best Presentation Award at the DST-sponsored National Conference on Nanomaterials by LRG Government Arts College for Women. Her scholarly impact is reflected in an h-index of 10 and over 400 citations, advancing innovations in eco-friendly civil engineering materials and structures.