The objective of this paper is to demonstrate the capability of Remote Sensing (RS) and Geographic Information System (GIS) in water resource management for gauged as well as ungauged watershed. Availability of fresh water determines the development of any region or country because water plays a crucial role for the overall development. Groundwater is a vital natural resources which plays an important role for the development of rural as well as urban areas. Groundwater has limited extent and volume. The tremendous increase in the demand of groundwater for the purpose of household, agricultural and industrial use leads to the concept of water resource management. The result of over exploitation of groundwater throughout the world include lowering of water table, resulting lower agricultural productivity, sea water intrusion in coastal aquifer, land subsidence, groundwater quality degradation, droughts etc. To protect this precious resource from over exploitation and pollution, it is important to implement artificial groundwater recharge systems such as farm ponds, check dams, percolation tank and nala bund etc. To maintain the daily needs and uses of water and to produce sustainable water supply to the livelihood or to start and continue the production of any industrial set up in that zone.