“Results-oriented and highly motivated hydrology and water resources engineer with a solid academic background. Dedicated to securing a challenging role within a dynamic organization where I can leverage my expertise in hydrological modeling, data analysis, and project management to address complex water-related challenges and contribute to organizational objectives.”
1: seismic analysis of multistorey building with floating column
This project focuses on the seismic analysis of a multistorey building featuring a floating column, delving into the intricate dynamics of its structural response to seismic forces. Utilizing advanced seismic design principles and analytical models, the study aims to unravel the unique challenges posed by the floating column within the building's structural system. Through comprehensive simulations, the project provides valuable insights into the seismic performance of such structures, offering engineers and designers practical knowledge to mitigate risks and optimize designs. The findings contribute significantly to the development of resilient structural solutions, particularly in seismic-prone regions, fostering safer and more sustainable construction practices.
2: analysis of repair and rehabilitation of high raise structure in thermal power station II
This project conducts a thorough analysis of the repair and rehabilitation of high-rise structures in Thermal Power Station II in Neyveli. The study meticulously assesses structural integrity, identifies deterioration areas, and implements effective restoration strategies. By addressing environmental challenges and operational demands, the project provides practical insights for sustaining the longevity and safety of these critical structures. The findings serve as a valuable resource for engineers and stakeholders involved in maintaining and enhancing high-rise structures within thermal power stations, contributing to the overall resilience and efficiency of power generation facilities.
TItle : Impact of deficit water and to ensure equitable supply using smart taps
In Trichy district, where water scarcity is a pressing concern, the Smart Taps project assumes even greater significance. By leveraging cutting-edge technology, these intelligent taps can play a pivotal role in mitigating the impact of deficit water. The implementation of such a project in Trichy district specifically would enable precise monitoring and management of water resources, ensuring a more equitable distribution among the diverse communities in the region. The Smart Taps initiative becomes a locally tailored solution, contributing to the sustainable and judicious use of water resources in Trichy district, thereby addressing the unique challenges posed by the water crisis in this particular geographical context
Research Associate at The Energy and Resources InstituteResearch Associate at The Energy and Resources Institute
Program Officer at Institute for Sustainable CommunitiesProgram Officer at Institute for Sustainable Communities
Associate Researcher at National Atomic Research Institute (Previous Institute Of Nuclear Energy Research)Associate Researcher at National Atomic Research Institute (Previous Institute Of Nuclear Energy Research)