Automated Poultry Feeding System using Microcontroller-based SmartFlock Technology

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The project "Design and Development of an Automated Poultry Feeding System using Microcontroller-based SmartFlock Technology" aims to revolutionize poultry farming practices by introducing an innovative automated feeding system. The project addresses the challenges associated with manual feeding processes in poultry farms, such as labor-intensive tasks, inconsistent feed delivery, and suboptimal feed utilization.

The project involves the design and development of a sophisticated system architecture that incorporates a microcontroller as the central control unit. The system is equipped with various sensors and actuators to monitor and regulate the feeding process, ensuring precise and efficient feed dispensing. A user-friendly interface is designed to allow easy monitoring and control of the system.

Extensive software programming is undertaken to seamlessly integrate the hardware components and enable real-time monitoring and control features. The system utilizes SmartFlock Technology, which leverages microcontroller-based advancements in poultry management to optimize feed utilization and promote healthier growth.

The project also includes rigorous testing and validation procedures to ensure the system's performance and functionality. Real-time weight measurements are used to evaluate the accuracy of feed dispensing, and user feedback is collected to assess the system's usability.

The project's results demonstrate the system's high accuracy in feed dispensing, improved feeding efficiency, and enhanced poultry management practices. By automating the feeding process and incorporating SmartFlock Technology, the project has the potential to significantly improve efficiency, promote poultry health, optimize resource utilization, and enable data-driven decision-making in the poultry farming industry.

Overall, the project aims to provide poultry farmers with a reliable and efficient automated feeding system that not only simplifies their operations but also enhances productivity, poultry health, and sustainability in poultry farming practices.


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  • Name:
    Robert Michael Corpus
  • Type of entry:
    Team members:
    • Meldanette Bayani
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  • Robert Michael is inspired by:
    My inspiration is driven by the next generation, with a specific focus on automotive and transportation systems. As a mechanical engineer, my design idea revolves around leveraging mechanical engineering principles to develop innovative solutions that positively impact drive cycles in these sectors. My ultimate goal is to reduce pollution levels in our world. In pursuit of this goal, I aim to optimize drive cycles through advanced algorithms and methodologies that maximize energy efficiency and minimize emissions. By collaborating with experts in mechanical engineering, automotive technology, and environmental science, I believe we can create a sustainable transportation ecosystem that fosters eco-friendly vehicles and a healthier environment for future generations.
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