Bio
I was born on October 2, 1963, in a small village located in Madhya Pradesh, India. My early education took place in the modest villages of the Shahdol and Satna districts of Madhya Pradesh, where my father served as the headmaster of a junior school. He inspired me to succeed in the "Gramin Pratibhavan Pareeksha" in 1975, which subsequently allowed me to gain admission to the Model Multipurpose Higher Secondary School in Rewa, a distinguished institution of that time. I completed my secondary education there from 1975 to 1978. Upon finishing my schooling, I enrolled in the first year of a diploma program at the Government Polytechnic in Nowgong, District Chhatarpur, MP, in June 1978. In August 1979, I returned to Rewa to pursue a five-year degree program in civil engineering at the Government Engineering College, Rewa, from 1979 to 1984. After obtaining my degree, I began my professional career at JST Engineering Services, with an office in Angul, Dhenkanal, Orissa, where I worked for a year in 1984-85. My responsibilities included supervising the erection of steel structures and the installation of cooling water and auxiliary cooling water piping for the thermal power plant of the National Aluminum Company (NALCO). In 1985, I chose to pursue a career in academia and joined SSVPS College of Engineering in Dhule, Maharashtra, a self-financed institute affiliated to university of Pune, on July 27, 1985. I completed my postgraduate studies with a specialization in Water Resources Engineering from the Indian Institute of Technology, Powai, Mumbai, between 1988 and 1990. I served at SSVPS College of Engineering, Dhule, until October 31, 2013, holding various positions including Lecturer, Senior Lecturer, Assistant Professor, Associate Professor, Dean of Academic Administration, Professor, and Head of the Civil Engineering Department. In 2007, I commenced my research under the guidance of Dr. Sudhir Singh Bhadauria and submitted my thesis in 2011 to Rajiv Gandhi Proudigiki Vishwavidyalaya (RGPV), where I was awarded a Ph.D. degree in 2012. It was a moment of great pride for me to receive my Ph.D. from the esteemed hands of Hon'ble Shri Pranab Mukherjee, the President of India, during the 8th convocation of RGPV. I completed 16 weeks of STTP/Refresher courses, primarily from IITs and other esteemed technical institutions. I hold a life fellow membership with the IWRS and IWWA, as well as life memberships in ISTE, IE(I), IASWC, IAH, ISH, ISWM, and WSSCC. Throughout my tenure at SSVPS College of Engineering in Dhule, Maharashtra, I was consistently involved in administrative roles. However, I chose to take on a leadership position and relocated to Nashik, where I assumed the role of Principal at K.V.N. Naik Shikshan Prasarak Sanstha's Institute of Engineering Education & Research, serving from November 1, 2013, to September 28, 2017. On September 29, 2017, I joined Sandip University in Nashik as a Professor in Civil Engineering. During my time there, I have had the privilege of serving as Dean of Engineering, Dean of Academics, and I currently hold the position of Director of the Internal Quality Assurance Cell (IQAC). Sandip University, founded in 2016, is a self-financed educational institution that has received recognition from the University Grants Commission (UGC) and the Government of Maharashtra in accordance with sections 2(f) and 12(B). I have been instrumental in facilitating the UGC visits that led to the conferment of 2(f) and 12(B) status to Sandip University in the years 2018 and 2020, respectively. I have served as the Chancellor's nominee for the Building Works Committee at North Maharashtra University in Jalgaon, Maharashtra. I have received three awards in recognition of my contributions to water supply and research. It is a privilege to be associated with the National Accreditation and Assessment Council in Bengaluru as a member of the assessor panel. I have published over 100+ articles in various journals and conference proceedings, both as a primary and as co-author alongside my colleagues and postgraduate and doctoral students. I was awarded a project valued at ₹25.00 lakh by the Department of Science and Technology, Government of India. Additionally, I have prepared the Detailed Engineering Project Report (DEPR) for Rural Water Supply Systems, with a total project cost exceeding ₹37 crores, and served as Project Management Consultant for projects worth over ₹2.5 crores. I have guided 275+ undergraduate students and 75+ postgraduate students, and I have supervised eight doctoral candidates. Currently, six students are pursuing their Ph.D. research under my guidance. I have filed or published three patents and one copyright related to my doctoral research. I am currently associated with Sandip University, Nashik, as a Senior Professor and Director IQAC following my superannuation in October 2023.
Educational Journey
Indian Institute of Technology Bombay
Master in Technology in Civil Engineering • Civil Engineering
1990Government Engineering College
Bachelor in Engineering in Civil Engineering • Civil Engineering
1984Experience
Banaras Hindu University
2025 - PresentIndian Institute of Technology Kanpur
2026 - PresentCentre for Development of Advanced Computing
2023 - 0Editors Role
Reviewer
GJRE
2013 -Affiliations
Indian Society for Water Management
Life Member - LM - 2009
Member since 0Indian Institute of Soil and Water Conservation
Life Member - LM - 1564
Member since 0Indian Water Resources Society
Life Fellow F-07-1223
Member since 0Advisors
Dr. Sudhir Singh Bhadauria
Research Supervisor
Rajiv Gandhi Proudigiki Vishwavidyalaya (RGPV)Advisees
Grants and Awards
National Sinic Jalmita Award
Sinic Group and Nisarg Mitra Samiti
Research Leadership Award
Research Council
S.P.Unavala Memorial Prize
Indian Water Works Association (IWWA)
Development of Comprehensive GIS Data Base for Restoration & Rehabilitation of Village Ponds in Dhule District of Maharashtra
National Resources Data Management System by Department of Science & Technology, Government of India
Research
Life Cycle Cost Analysis of Small Wind Power Generation a A Case Study
The electrical energy is an integral utility not only in the in modern society, but also has become a basic need in the Indian rural culture too. In spite of the claim by central and state government that 80% of the rural population is facilitated by the electricity in India, still large portions is either facing a severe shortage or are not connected to grid system so far. The conventional energy sources are over stressed and the use of renewable energy sources is becoming technically and economically feasible due to advancement in technology. These renewable energy sources such as wind, solar and bio mass are creating an opportunity to develop an energy system, exclusively for a village to achieve the energy security. This paper presents a feasibility study of a village for energy security through the wind energy. A wind energy generation system is proposed which will address the minimum energy needs including for household and streetlighting in a village. The life cycle cost analysis of a proposed wind energy generation system for a village is done. The unit cost of electricity is obtained for four phases in analysis period of 20 years, and it is found that the same tunes with the existing ones. A sensitivity analysis is also carried out for different rate of interest and different plant load factors
Rooftop Rain Water Harvesting for Groundwater Recharge in an Educational Complex
The rainwater harvesting locally collects and stores rainfall through different technologies, for future use to meet the demands of human consumption or human activities. However, rainwater harvesting has much wider perspectives, in particular, if it is considered in relation to its role in supporting ecosystem goods and services. An integrated planning for Rooftop Rain Water Harvesting system for different institutes in the premises an educational complex is done. The main objectives of the study are to estimate the rooftop rain water harvesting potential of all buildings, planning and designing the rooftop rain water harvesting system, the conveyance system and the groundwater recharge system. The cost estimation of different components of roof top rain water harvesting project for each zone is done. The annual equivalent capital cost is estimated with and without the cost of ground water recharge structure. The unit cost of water is high as compared to the market price of water. However, the environmental benefits of the ground water recharging with good quality water justifies such projects.
Small Pumped Storage Hydro Power Plant a A Feasibility Study for MIDC Dhule, Maharashtra
Electrical energy utilization is one of the indicators of development of a country. India targets 9 – 10% economic growth rate in a sustainable manner over next 10-15 years, for which the adequate availability of energy would be crucial. Hence, the country is fully committed to develop and expand its energy generation capacities. The development in small scale development sector has enough potential in country, which are equally beneficial as the large projects are. The consumption or demand for electricity varies with time in a day. A trough and peak may be observed in demand pattern of electricity. It is not economical to build base load power plant to satisfy the peak demand. The easier way is to increase peak hydropower production by pumping up the already flown water through turbines back to the high reservoir using cheap electricity of trough periods. By development of electrical generator which can work as motor and turbines and also as pump when rotation direction is reversed, investment cost of pump storage hydropower has decreased to half and it became economically more attractive. The net effect is to store the electricity produced during the low demand period in the form of potential energy of water, which can be used during peak demand. Pumped water storage is at present the most widely used method of peak satisfaction of electric power systems. In this paper the economic feasibility of installation of a pumped storage hydroelectric power plant is demonstrated, at MIDC area of Dhule town by taking the advantage of available water at MIDC reservoir and the Laling hills in nearby area. The preliminary survey, planning and design of pumped storage hydro electric power plant for MIDC Dhule is done along with the cost analysis.
