Livestock farming plays a crucial role in the agricultural economy, but effective manure management remainsapersistentchallenge, particularly in dairy farms, gaushalas, and large animal shelters. Manual dung collection is labor-intensive, unhygienic,time-consuming, and increasingly impractical due to labor shortages and rising operational costs. Improper manure handlingalsoleadstoenvironmental pollution and health hazards for both animals and workers. This research article presents the detailed design, development,and analysis of an Automated Dung Collection Machine intended for livestock enclosures. The proposed systemintegrates amechanicalscraping mechanism, DC motor drive, Arduino Nano–based control unit, regulated power supply, and Bluetooth-enabledremoteoperation. The machine is designed to be cost-effective, portable, energy efficient, and adaptable to different shed layouts. Experimentalobservations indicate significant reduction in manual effort, improved hygiene, and enhanced operational efficiency. The systemprovidesa practical solution for small and medium-scale livestock farms and contributes to sustainable and smart agriculture practices. Keywords:Automatic dung collection, manure management, Arduino Nano, livestock hygiene, agricultural automation