UNO R3 Smart Home & IoT Educational Kit | Advanced Arduino STEM Learning Set with Temperature, Light, Gas, Motion & Flame Sensors | LCD Display + Relay Control for Smart Home Automation Projects | Ideal for Classroom and Maker Labs

The UNO R3 Smart Home & IoT Educational Kit is an advanced training system designed to teach IoT, home automation, and environmental sensing using the Arduino UNO R3 platform. It offers a complete ecosystem for students to build, program, and simulate intelligent control systems — integrating multiple sensors, actuators, and wireless modules.

This comprehensive kit includes essential smart home components such as temperature and humidity sensors (DHT11), flame sensors, sound and light sensors, gas detection module (MQ-2), and PIR motion sensors, all of which provide real-time environmental feedback to the microcontroller. Learners can design systems that automatically react to changes in temperature, sound, or light intensity — such as activating a fan, turning on lights, or triggering alarms.

With the included Wi-Fi module, students can simulate remote IoT communication, controlling devices or monitoring sensor data through a web interface or mobile app. The LCD display enables live data presentation, allowing students to observe system behavior in real time.

The relay modules can operate real electrical appliances or motors under safe voltage levels, helping learners understand how industrial automation and smart home systems function in real-world scenarios. Combined with LEDs, buzzers, and motors, students can simulate various intelligent systems like fire alarms, gas detection, or automatic lighting.

All modules are plug-and-play, connected via breadboards and jumper wires without soldering, ensuring safety and flexibility for classroom use. The kit supports multiple coding environments — Arduino IDE for text-based programming, Scratch and Mixly for visual drag-and-drop control, and Python for advanced learners exploring IoT data handling and network control.

This kit bridges theory and application, helping students develop essential skills in logic programming, automation control, embedded systems, and IoT infrastructure. Ideal for STEM curricula, maker spaces, and engineering labs, it provides a real-world foundation for understanding smart systems in today’s connected world.

Comprehensive Smart Home Simulation
Integrates multiple modules such as flame, light, gas, and motion sensors to simulate realistic automation scenarios for home safety and energy control.

IoT Connectivity and Cloud Interaction
Includes Wi-Fi modules for IoT simulation, enabling data transmission, web-based monitoring, and remote device control.

Real-Time Monitoring and Display
Equipped with an LCD screen to visualize sensor data and system status, enhancing understanding of automation feedback mechanisms.

Safe Modular Hardware Design
Plug-and-play components connect through breadboards and jumper wires, allowing experimentation without risk or soldering.

Multi-Language Programming Support
Compatible with Arduino IDE, Scratch, Mixly, and Python, offering flexibility for both beginner and advanced students.