Internet of Things IoT
Laboratory kit
Internet of Things IoT

This kit gives children the ability to work on Internet of things (IoT) hands-on experiments as a part of a supplementary education program.

The kit enables visual demonstration of devices interaction, using Bluetooth data transmission modules of low energy consumption BLE (Bluetooth Low Energy) and cloud data exchange technologies.

The modular architecture of the platform allows collecting data from sensors, controlling actuators and exchange data between them.

Simple layout of an electric circuit built on interchangeable modules is easy to understand both for students and teachers.

Each topic included in the curriculum has a theoretical part and detailed instructions for the experiment.

The software is developed in NI LabVIEW graphical programming environment. It’s intuitive and user-friendly interface is designed for easy adoption and optimization of teaching process.

  • Laboratory kit modular design
  • Reliably protected electric circuit, modules, and kit elements
  • Theoretical materials to each topic
  • Hands-on experiments step-by-step guide
  • User-friendly interface
  • Graphical and digital representation of results
  • Data presentation, using a local “cloud” and online on the Internet
Set equipment
Name Quantity
Main modules
Bluetooth BLE data transmission module3 pcs.
Main Board (modules platform)1 pc.
Light dimmer module1 pc.
Switch module1 pc.
Weather Station module1 pc.
Microphone module1 pc.
Buzzer module1 pc.
Accelerometer module1 pc.
Button module1 pc.
RGB-LED module1 pc.
LED module1 pc.
Lamp module1 pc.
Servo motor module1 pc.
DC micro-motor module1 pc.
Light sensor module1 pc.
Motion detector module1 pc.
OLED-display module1 pc.
Auxiliary elements
Bluetooth receiver transmitter for computer connection1 pc.
Set of safe connecting wires1 pc.
Power supply1 pc.
Practical experiments
  1. Air temperature measurement
  2. Atmospheric pressure measurement
  3. Air humidity measurement
  4. Determining the direction of the objects using an accelerometer
  5. Noise level measurement
  6. Detecting moving objects using a motion detector
  7. OLED-display control
  8. Buzzer control
  9. Servo motor control
  10. DC motor control
  11. RGB-LED control
  12. LED control
  13. Lamp control
  14. Push button event detection
  15. Switch position detection
  16. Dimmer position detection

Applications of IoT in Smart Homes

  1. Climate control at home
  2. Home lighting control
  3. Home security

Application of IoT in Security and Safety

  1. Personnel Access Level Management
  2. Fire alarm
  3. Monitoring the status of city buildings

Applications of IoT in Smart Cities

  1. Monitoring of noise pollution in a city
  2. City lighting management
  3. Meteo monitoring

Hands-on materials and instruction are supplied on a CD.

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