Jahangir

Robotics Engineer

RoboLogicx • Tiempo completo

Jul 2026 - Present • 2 mos

# Fiverr Project Description I develop **smart and intelligent livestock farming solutions** that combine IoT, automation, RFID, computer vision, artificial intelligence, and modern farm-management software. My projects are designed to help cattle, goat, and poultry farms improve monitoring, feeding, animal management, productivity, and operational efficiency. My **poultry monitoring systems** can monitor important farm parameters such as temperature, humidity, air velocity, pressure, water level, feed level, bird body temperature, weight gain, and other environmental conditions. Real-time dashboards, alerts, flock management, inventory, consumption tracking, expenses, history, and reports can be integrated into a single application. For **goat farming**, I design automated RFID-based feeding systems that identify individual goats and control access to feeding stations. The system can manage feeding schedules, multiple feeding points, automated gates or hurdles, and individual feeding records while helping reduce feed wastage and unauthorized feeding. For **cattle farms**, I can develop smart monitoring and management solutions using sensors, automation, animal identification, and data analytics. These systems can help farmers monitor farm conditions, animal activities, resources, and important operational information from a centralized platform. I also integrate **computer vision and AI** to analyze animals through cameras. Depending on the project requirements, computer vision can be used for animal detection, counting, movement monitoring, behavior analysis, abnormal activity detection, feeding observation, and other intelligent monitoring applications. My solutions can be built around **ESP32, IoT sensors, RFID modules, cameras, Firebase Realtime Database, Flutter applications, and AI/computer-vision models**. I focus on creating practical systems that connect hardware, software, automation, and intelligent analytics into one complete solution.