The outline of almost all urban contours are characterized by accelerated urbanization, depleted assets, population growth, ageing infrastructure, and degraded environments, which are made worse by rising climate uncertainty. The projections show that by 2040, approximately half of the world population will reside in areas with significant water stress. The immense pressure on land due to expansion of urbanized area has led to a significant increase in impervious/paved surfaces, reducing the rate of infiltration. In urban areas, however, this cycle is discontinuous in context to impermeable pavements, surface water do not get time to percolate instead they drain off to sewer. This misleading of storm water leads to flooding, and other water issues. The goal is to find techniques that can feasibly integrate the hydrological cycle with impactful water-sensitive spatial design considerations. This paper presents a detailed analysis of Women’s Polytechnic and Sarojini Naidu Hall at Aligarh Muslim University (AMU), Aligarh, India based on storm water management and water sensitive parameters that can be implemented in the whole campus by using both qualitative as well as quantitative research methods in relation with the Sustainable Development Goals 2030.