Water resources management based on Drone Technology and GIS to support Sustainable Development (Case Study: Tamansari, Bandung City)

Abstract Clean, equitable and sustainable water are the sixth goal of the Sustainable Development Goals (SDGs), one of the efforts being made is by integrating it into the Village SDGs. However, many villages in Indonesia do not have good water source management. As a result, water scarcity still occurs frequently, one of which is in Tamansari Village, Bandung City. This research aims to design sustainable technology for managing clean water sources using Drone and GIS technology to provide the data effectively and accurately with high-resolution results. The method used is a descriptive method with a quantitative approach. The research results show that Drones and GIS technology can be used in the civil engineering sector, to calculate the roof area of the catchment area accurately with high-resolution results which was obtained at 3592 m 2 . By using a modular tank, the optimal storage tank capacity is obtained at 330 m 3 and the optimal infiltration tank is 6 m 2 . This sustainable water source management technology is predicted to be effective in increasing the availability of clean water supply by 4% and is efficient in reducing PDAM usage costs by IDR1.887.600/month in Tamansari Village, Bandung City.