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Abstract
The Martin Road Subdivision Development Project seeks to transform two adjacent properties, totaling 9.6 acres in Newburgh, Indiana, into a fully developed residential community. The site consists of agricultural land with minimal existing structures, including a barn, well, and a trailer home near the entrance. A stream separates the two plots, necessitating strategic land development solutions. To support the project, a comprehensive site survey was conducted to develop an accurate topographic map of the property. A hydrologic analysis was conducted to predict the volumetric discharge for a 100-year frequency flood event. This event was used as an input to a comprehensive hydraulic analysis of the stream. Using hydraulic modeling software, the stream was redesigned to enhance water flow and mitigate flood risks, alongside improvements to the culvert system for better water management. A transportation analysis informed the redesign of the entry roadway, enhancing both safety and accessibility for vehicles entering and exiting the property. Finally, the development establishes a functional rental subdivision with new housing units constructed above the revised floodplain elevation. The primary goal is to maximize land use efficiency and accessibility while fostering residential growth in the region.