The Smart Medicine Dispenser System provides an innovative solution to the widespread issue of non-adherent medication, which can lead to serious health complications. This system combines the power of Raspberry Pi and Arduino for hardware control with Python-based software to accurately and efficiently dispense both pills and liquid medications. It is designed to simplify medication management and support users with complex schedules. Key features include easy-to-use voice commands for hands-free operation, a mobile app for remote control and monitoring, and real-time access to detailed medication information through OpenFDA integration. The project was developed with the goal of creating a system that is reliable, scalable, and accessible for a wide range of users. By automating critical aspects of medication management, the system reduces the likelihood of missed doses and improves overall adherence. This report highlights the contributions of each team member, including the design and integration of hardware and software, the implementation of safety features to ensure consistent performance, and solutions to challenges encountered during development. It also outlines potential future improvements to make the system even more effective. The Smart Medicine Dispenser System demonstrates how embedded technology can provide practical, life-changing solutions for improving healthcare outcomes.
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