KittenBot Micro:bit Weather Station Educational Kit

Inspire a class of young engineers by bringing data and science into the classroom. Students will build a cool Weather Station to explore structural thinking, programming knowledge, and data analysis. They will complete the construction of the machine and pass the test results in the real environment and record the data changes. They will be able to fully understand the scientific process of meteorological monitoring and the corresponding problem-solving ability. The project disassembled the weather station in 5 chunks, a total of 9 lessons, and served 20-40 students.

Designed for above 5th grade classrooms, it includes a micro:bit controller, sensors for monitoring the environment, and building block parts for building a weather station. Explore STEM topics through project-based learning while aligning with Next Generation Science Standards (NGSS). This is an excellent educational product for  teachers,classrooms and maker spaces.

Features

• It can monitor real environmental meteorological data, closely connected with life.

• Based on building blocks, the weather station can be split into different small parts, teaching step by step.

• Teacher guide with lesson plans to simplify the burden of teaching for teachers.

• Online introduction video, articles for extended learning, digital downloads, and more
• Skills: Hands-on skills, Programing thinking, Engineering Process
• Concepts: Wind Direction, Wind Speed, Rainfall, Light Intensity, Temperature, Humidity.

Parameter

What can it do？

We provide 8 functions to students fully experience the working process of the weather station. In classroom, we can disassemble the parts of the weather station according to the single function as below.

Project Sample	Introduction
	Light Intensity Measure real-time sunlight intensity value by Sugar Light sensor
	Weather Data Use Sugar ENV1 and ENV2 modules collect local temperature, humidity and air pressure values.
	Wind Speed The simple wind-receiving structure drives the magnet to rotate, the Sugar Hall module detects the number of times the magnet passes, and calculates the wind speed.
	Wind Direction Use the Sugar Grayscale sensor to detect the sticker marked with 8 gray scale intervals, and judge the current wind direction according to the different marked positions where the arrow stays.
	Rainfall The change in water level is measured by ultrasonic waves, and the amount of precipitation in the past hour is calculated.

Teaching Guide