Dr. Tanmay Gupta Assistant Professor (SG) ( 91) 01792 239329(o) 7976801207(m) firstname.lastname@example.org For More Information Click here
Dr. Tanmay Gupta is currently working as Assistant Professor (SG) in the Department of Civil Engineering at Jaypee University of Information Technology (JUIT) Waknaghat, Solan, Himachal Pradesh-India since August 2018. He has obtained his Ph.D. from Birla Institute of Technology and Science (BITS-PILANI), Pilani Campus in 2019. His B.E Hons. (Civil Engineering) in 2011 and M.E Hons. (Structural Engineering) in 2013 has also been awarded from BITS-PILANI. He has published numerous research papers in SCI & Scopus indexed journals, International conferences of repute along with few book chapters. He is also acting as reviewer of many journals of international prestige. His zeal to resolve structural engineering challenges in a practical way imparts him with a charismatic enigma. He also possess experience as consultant design civil engineer, consulting on complicated structures such as boilers, chimneys, steam turbine gas building along with skyscrapers constructions. Currently, he is actively involved in the training of Indian government officials in order to bridge the gap between the latest academics’ standards and practices prevalent in the professional construction world. His research interests include Structural behaviour of reinforced concrete and composite bridges, Finite element analysis of concrete structures, Analysis of special geometrical layout for bridges, Seismic behaviour of concrete bridges.
Structural behaviour of reinforced concrete and composite bridges, Finite element analysis of concrete structures, Analysis of special geometrical layout for bridges, Seismic behaviour of concrete bridges, Low-cost material utilization in construction blocks, Performance based design for Multistorey building and dams, Sustainable construction material and practices, Use of sensors and artificial intelligence in civil engineering.
Proposed Project Topics:
1. Fragility assessment for reinforced concrete bridges
2. Performance based design of earth retaining structures
3. Slope stability investigations and preventive measures
4. Soil moisture determination and prediction via artificial intelligence
5. Early warning system for landslide detection via intelligent sensors
6. Macroscopic and microscopic investigations on lime based concrete structures