This article explores the intersection of Arduino programming and biosensor development in the context of drug transport. It highlights the significance of Arduino as a powerful tool for coding and controlling biosensors, enabling precise monitoring and dynamic control in drug delivery systems. The article discusses the integration of biosensors with drug transport technologies, including targeted drug delivery systems and stimuli-responsive drug release. It also emphasizes the role of computational modeling and simulation techniques in optimizing drug transport efficiency. The advancement of Arduino programming and biosensors in drug transport holds great potential for improving therapeutic outcomes and shaping the future of healthcare