As a PhD graduate from Vignan University, I found the research culture to be both enriching and supportive. The university encourages interdisciplinary collaboration, providing access to modern facilities and resources that foster innovation. Faculty mentorship was instrumental in shaping my research journey, offering valuable guidance and insights. Overall, Vignan's focus on practical, real-world applications made my experience deeply fulfilling and impactful.
The requirement of raw material required for the production of new plastic will also come down. He also said that the process of recycling plastic will also reduce air pollution. With the help of vitrimers, sea water can be converted into drinking water. The technology of filtering toxic metals out of the water and cleaning more water at a lower cost has been suggested. These materials will be environment-friendly in the future and will be crucial for pollution abatement, he said. These materials are useful in many sectors such as vehicles, packaging, electronics, etc. Dr S Radhakrishnan, Scientist-F, DRDO, HEMRL, Pune, who was the other chief guest at the event, said that high energy materials have the ability to release more energy in smaller quantities by qualitatively designing chemical complexities.
The nature of materials can be understood through computer modeling and simulations. Later, the chief guests were felicitated. The students were presented with certificates of appreciation and cash prizes in various poster presentation competitions organized as part of the national level conference. K Dinakaran, Director, Centre for Research, Tiruvalluvar University, Vellore, K. Dinakaran, Professor and Head, Department of Chemistry, Dr. K.S.N. Raju, Scientist, IICT, Hyderabad, Dr. C.H. Gupta Chandaluri, Assistant Professor, IIPE, Visakhapatnam, Prof. P. Nagabhushan, Vice-Chancellor, Vignan’s University, Deans, Heads, Faculty and Students of the respective departments were present on the occasion.