Deeksha Mudgal
@jagannathuniversityncr.ac.in
Assistant Professor
Jagannath University
Dr. Deeksha Mudgal is a committed and skilled chemist with a robust academic and research foundation in catalysis, polymer chemistry, and environmental remediation. She obtained her Ph.D. in Chemistry from Amity University, Noida, concentrating on the synthesis and advancement of metal-doped magnetic carbon aerogels for catalytic applications. Her doctoral research integrated materials chemistry with environmental sustainability, enhancing the development of efficient catalytic systems. She possesses a Master of Science in Organic Chemistry from SGT University, Gurugram, along with a Bachelor of Science pass degree from Sir Chotu Ram College for Women, Sampla. Throughout her academic journey, Dr. Mudgal has shown a steadfast commitment to chemical research, resulting in numerous publications, patents, and active engagement in both national and international conferences. She is presently involved in educating and guiding undergraduate students, while also advancing her research in
EDUCATION
I hold a Ph.D. in Chemistry from Amity University, Noida (January 2021 – May 2024), where my research focused on the synthesis and development of metal-doped magnetic carbon aerogels for catalytic applications. Prior to that, I completed my M.Sc. in Organic Chemistry from SGT University, Gurugram, in 2018, gaining a strong foundation in organic synthesis and analytical techniques. My academic journey began with a B.Sc. pass course from Sir Chotu Ram College for Women, Sampla, which I completed in 2016. This progression has equipped me with a comprehensive understanding of chemical sciences, from core concepts to advanced research methodologies.
RESEARCH, TEACHING, or OTHER INTERESTS
Chemistry, Polymers and Plastics, Catalysis, Materials Chemistry
FUTURE PROJECTS
SUSTAINABLE BIOMASS-DERIVED AEROGELS FOR NEXT GENERATION ENVIRONMENTAL CLEANUP
➢ Main objectives of the project 1. To develop and characterize biomass-derived aerogels synthesized from optimized blends of cellulose–lignin and chitosan–lignin biopolymers. 2. To evaluate the adsorption performance of the fabricated aerogels for the efficient removal of heavy metal ions, synthetic dyes, and for oil–water separation applications. 3. To investigate the adsorption kinetics, isotherm models, reusability potential, and underlying adsorption mechanisms under varying physicochemical condition.
Applications Invited
Reserach projects