Product content

Ideal For: Smart Home Projects, STEM Education, IoT Prototyping, Air Quality Monitoring, Automation Workshops

Product Overview:

Create your own smart and responsive room environment with the Smart Room Monitoring IoT Kit powered by the Arduino Oplà IoT platform. This all-in-one kit enables users to monitor and control room conditions such as air quality, temperature, humidity, motion, and light—and even respond to gestures!

Using the Arduino MKR WiFi 1010 and MKR IoT Carrier, users can collect sensor data, activate devices (like fans and lights), and view real-time room conditions on an integrated OLED display. With full support for Arduino Cloud, this kit also enables remote control and monitoring from anywhere.

Ideal for students, educators, and makers looking to explore IoT, sensor networks, and automation with real-world applications in health, safety, and smart living.

What’s Included in the Kit:

Core Components (Arduino Oplà IoT Kit):

MKR IoT Carrier Built-in Modules:

• BME680 Sensor – Monitors air quality, temperature, humidity, and pressure
• 2x Relays – Switch high-power devices like fans or lamps
• APDS-9960 Sensor – Detects proximity, gestures, and color
• 6-Axis IMU – Tracks orientation and movement
• RGB LEDs – Visual indicators (e.g., color-coded air quality)
• Capacitive Touch Buttons (x5) – For user interaction or manual override
• OLED Display – Displays environmental status or user info
• MicroSD Slot – Optional for data logging
• Buzzer – For alerts and sound notifications
• Grove Connectors – For sensor/actuator expansion
  
  

Additional Components for Smart Room Monitoring:

Cloud & Connectivity:

• Arduino Cloud Integration – Monitor room status remotely
• Wi-Fi Enabled – Full support for MQTT, HTTP, and dashboards
• Manual Override via Touch Buttons or NFC Tags
  
• Optional QR/NFC Tags – For user-specific room preferences or access
  
  
  

Key Features:

• Monitor air quality, temperature, humidity, pressure, motion, and light levels
  
• Trigger external fan or ambient lighting based on sensor values
• Provide visual and audio feedback using RGB LEDs and buzzer
  
• Display real-time data on the built-in OLED screen
  
• Expandable via Grove connectors for more sensors or actuators
• Customizable and programmable via Arduino IDE and Arduino Cloud

Use Case Scenarios:

• Smart Air Quality Control in Bedrooms or Offices
• Smart Lighting Based on Presence & Conditions
• STEM Learning and Arduino IoT Education
• Remote Room Monitoring & Automation
• Prototyping Smart Home Solutions