Raspberry Pi and Internet of Things Learning Set "BGGG"

This kit is designed for studying programming, electronics, and robotics in primary and secondary schools. The educational methodology describes 20 lessons. The microcontroller in the kit operates on the nRF52833 single-chip system, with 128 KB of RAM and 512 KB of flash memory. Built-in features include a microphone, speaker, touch button, three-axis accelerometer, and thermometer, enhancing functionality and the number of experiments that can be conducted with the constructor. Robots communicate wirelessly via Bluetooth 5.1 and a 2.4 GHz radio channel. These features will be applied in the lesson "Morse Code," where students will transmit data to each other using buttons and an encrypted radio channel. Programming takes place in a cloud-based development environment without the need for installation on a PC. There is an option for offline programming. The development environment is block-based and includes a complete device emulator for completing homework. The controller board connects to the main unit, which has a battery for autonomous operation and magnetic four-pin connectors for connecting modules. The kit includes 6 modules: weather module, potentiometer, servo motor, button, light level sensor, and motor with wheels. The weather module combines functions for measuring atmospheric pressure, humidity, and temperature, allowing students to build a weather station and read data remotely, create graphs, and predict the weather. Each module is detailed in the educational materials, including interesting facts, program examples, and assignments. Modules connect via magnetic connectors, which can be reinforced with included peg-and-slot connections. The slots on the bottom of the main unit and modules are compatible with Lego Technic parts. The educational material consists of 20 detailed lessons, including theory, a description of how the device works, programs, and assignments for independent work. Educational materials are available in Kazakh and Russian.