UNO R3 Smart Irrigation & AIoT Agriculture Kit | Arduino STEM Learning Set for Smart Farming & Water Management | Includes Soil Moisture, DHT11, Water Pump, Relay & Light Sensors | Supports Wi-Fi IoT Cloud for Sustainable Agriculture Projects

The UNO R3 Smart Irrigation & AIoT Agriculture Kit is an advanced educational platform for smart farming automation, IoT data monitoring, and water resource management. Built around the UNO R3 microcontroller, it integrates a variety of sensors and control components that allow students to design intelligent irrigation systems and learn the foundations of modern agricultural technology.

This comprehensive kit includes a soil moisture sensor for monitoring ground hydration levels, a DHT11 module for measuring temperature and humidity, a light-dependent resistor (LDR) for assessing sunlight exposure, and a water level sensor for tracking tank or reservoir status. Through logical programming, students can automate irrigation by triggering a water pump or relay control when soil moisture drops below set thresholds.

The system’s Wi-Fi module enables IoT connectivity, allowing real-time data transmission to cloud dashboards or smartphone interfaces. This provides a hands-on demonstration of AIoT principles — combining artificial intelligence and IoT for precision agriculture.

The LCD 1602 display offers real-time visualization of environmental data, while the relay module controls water pumps or lights safely under 5V conditions. The kit supports Arduino IDE, Mixly, Scratch, and Python, allowing both graphical and textual programming approaches. Students can experiment with automated greenhouse systems, moisture-based irrigation, or weather-responsive control logic.

With modular, plug-and-play hardware, the kit ensures safe assembly without soldering and encourages experimentation and innovation. It’s ideal for STEM classrooms, IoT research labs, and sustainability workshops, helping learners understand how technology enables efficient farming and environmental management.

This educational system bridges theory and practice, teaching students to integrate sensors, actuators, and network control for smart, data-driven agricultural automation — a cornerstone of sustainable development.

Intelligent Watering System Simulation
Automatically activates pumps based on soil and environmental data, teaching automation and water-saving logic.

Comprehensive Sensor Integration
Includes soil moisture, light, temperature, humidity, and water level modules to build full-scale environmental monitoring systems.

IoT Cloud Data Communication
Wi-Fi connectivity supports real-time cloud uploads and remote monitoring, introducing AIoT data management concepts.

Hands-On Coding & STEM Learning
Compatible with Arduino IDE, Mixly, Scratch, and Python — covering all learning levels from beginner to advanced.

Sustainable & Safe Design for Education
Operates on 5V USB power, modular for easy reconfiguration, and encourages eco-friendly innovation through technology.