UNO R3 Smart Agriculture & IoT Learning Kit | Arduino STEM Educational Set for Smart Farming & Environmental Automation | Includes Soil Moisture, DHT11, Light & Relay Modules | Supports Wi-Fi and LCD for Data Monitoring in IoT Projects

The UNO R3 Smart Agriculture & IoT Learning Kit is an advanced educational platform that bridges STEM learning, environmental science, and IoT automation. It enables students to design, program, and monitor real-world smart farming and environmental control systems through hands-on experimentation.

Based on the UNO R3 microcontroller, the kit includes a rich collection of sensors such as soil moisture, temperature and humidity (DHT11), light intensity (LDR), and water level detection modules. These allow learners to monitor environmental parameters crucial to agriculture and sustainability. Students can build automation systems that activate irrigation pumps, lighting, or fans automatically when preset thresholds are reached — simulating greenhouse or smart garden operations.

An integrated LCD display provides real-time feedback of environmental readings, while the optional Wi-Fi module enables data transmission to IoT platforms or mobile apps for remote monitoring and control. This replicates the functions of modern agricultural IoT systems used in smart farms and greenhouses.

The kit supports Arduino IDE, Mixly, Scratch, and Python, enabling both visual and text-based coding. Students can begin with simple data collection projects and progress to fully automated IoT systems that utilize sensor fusion and control logic.

All modules are plug-and-play via breadboard and jumper cables, requiring no soldering, and operate safely at 5V USB power. Teachers can use this kit to teach concepts like data logging, conditional programming, wireless communication, and automation systems, giving students a clear understanding of how IoT enhances sustainability and efficiency.

Designed for STEM labs, classrooms, and maker environments, this kit empowers learners to combine environmental awareness with engineering creativity, helping them master the technologies that drive modern smart agriculture and sustainable automation.

Comprehensive Smart Agriculture Simulation
Integrates soil moisture, light, water level, temperature, and humidity sensors to simulate intelligent irrigation and greenhouse management.

Real-Time Monitoring & IoT Connectivity
LCD display shows live environmental data, and Wi-Fi modules allow remote cloud upload for IoT visualization and control.

Automation and Smart Control System
Relay modules control pumps, fans, and lights automatically based on sensor readings, mimicking real farm operations.

Multi-Platform Coding Environment
Compatible with Arduino IDE, Scratch, Mixly, and Python, supporting both beginner and advanced IoT programming.

Safe, Modular, and Classroom-Ready Design
Operates on low-voltage USB power, fully modular for plug-and-play experimentation in classrooms and STEM workshops.