SOFTWARE SOLUTIONS FOR ANALYZING DATA OBTAINED FROM STEP DRAWDOWN TEST

Step-drawdown tests play a critical role in determining the hydraulic properties of aquifers and in the management of groundwater resources. The data obtained from these tests allow for the analysis of parameters such as aquifer hydraulic conductivity, specific yield, and storage coefficient. However, accurate and rapid interpretation of this data often requires complex calculations and comprehensive data management. In addition to traditional methods, software-based solutions today play an important role in optimizing these processes. In this study, a software application was developed using the Visual Basic programming language to accelerate the analysis of data obtained from step-drawdown tests and to facilitate more effective decision-making processes through data visualization. The proposed solution not only saves time but also increases the accuracy of analysis. This article aims to emphasize the importance of step-drawdown tests and to detail the contribution of the developed software to these processes. The dataset used in the study was obtained from step-drawdown tests conducted as part of the Liwa Project. The Liwa Region is located 150 km southwest of Abu Dhabi City, United Arab Emirates (UAE).