0000-0003-2633-7464 About
Doctoral researcher specializing in sustainable and low-carbon construction materials, with expertise in plant-based admixtures, phytochemical profiling, and the development of conservation materials and strategies for heritage structures. My research integrates materials science, microbiology, and analytical chemistry to develop environmentally responsible, performance-optimized lime-based systems for both laboratory and field applications. Proficient in advanced material characterization techniques (XRD, FTIR, FE-SEM, μ-CT, TGA–DTG, UV– Vis spectrometry, GC–MS analysis), as well as in non-destructive, mechanical, physical, and durability testing of sustainable construction materials. I am adept at research planning, data interpretation, collaborative research, and meeting academic deadlines, and I am committed to contributing to institutional research growth, innovation, and academic excellence.
Employment
Employment history is unavailable.
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (13)
- Production of lime finishes using fermented Opuntia ficus indica extract: A sustainable and multifunctional binder for Indian lime-built heritage structures Save
- Development and application of traditional organic lime consolidant using modern techniques for the restoration of marine degraded stones of Dwarkadhish temple, India Save
- Metagenomic and mineralogical insights into biomineralization of shell lime putty prepared with fermented Terminalia chebula fruit extract for built heritage applications Save
- Influence of age of fermented Terminalia chebula fruit extract in shell lime: An ancient lime putty production technique adopted in Indian heritage structures Save
- Assessing the influence of Bacillus megaterium and Bacillus sphaericus in cementitious materials: Promoting sustainability towards strength, durability and crack repair Save
- Study on ancient green materials and technology used in Udaipur palace, India: an input to abate climate changes in modern construction Save
- Influence of bi-directional fibreglass grid reinforcement on drying shrinkage and mechanical properties of lightweight foamed concrete Save
- Study of Bond Strength of Plain Surface Wave Type Configuration Rebars with Concrete: A Comparative Study Save
- Study of bond strength of plain surface wave type configuration rebars with concrete: A comparative study Save
- Study on concrete proportioning methods: a qualitative and economical perspective Save