Starts with unplugged activities and block programming to build computational thinking and confidence in hands-on making. No prior knowledge required.
Starting with unplugged activities and block programming, students build computational thinking and confidence in hands-on making.
Kits
Each card shows class periods and curriculum links.
The AIoT Face Recognition Door Lock Smart House is built from 5 mm wood panels cut with a laser cutter. Besides the necessary mounting and display holes, the exterior has window shapes and an engraved roof texture.
A teaching kit designed for elementary school students learning to program. No computer is needed. Students tap RFID command cards, and APOLLO 11 carries out the actions in the order the commands were entered, making unplugged programming possible.
This kit combines a variety of sensor and output modules and works with the LinkIt 7697, which has built-in Wi-Fi and Bluetooth. Learners study programming logic and the principles of electronic interaction, and can go on to advanced areas such as IoT and wireless control.
The kit includes a wide range of components suited to classroom teaching, maker workshops, and beginner projects, letting users progress from simple LED blinking and sensor triggering to full interactive systems.
Solder your own blinking rainbow LED badge and practice basic soldering skills.
EZ Start Kit+ (ESP32) is a three-in-one expansion board. Depending on the project, you can choose a micro:bit, LinkIt 7697, or ESP32 board. Built-in modules such as a light sensor, buzzer, and OLED display make it easy for beginners to try a variety of sensing and output experiments.
EZ Start Kit+ (LinkIt) is a 3-in-1 expansion board that lets you choose a micro:bit, LinkIt 7697, or ESP32 development board to fit each project. With BlocklyDuino block coding, it takes students from LEDs and sensors all the way to an IoT environmental monitoring project.
EZ Start Kit+ (micro:bit) is a 3-in-1 expansion board with a built-in light sensor, RGB LED, buzzer, infrared receiver, and OLED display, so students can learn a range of sensing and output applications through MakeCode.
EzDIO is the third expansion board CIRCUS Pi has designed for the Easy learning series.
Game:Bit is a new product built on Microsoft Arcade games, giving micro:bit learners another option.
A learning tool designed for Arduino beginners and enthusiasts. It includes a rich set of components and tutorial videos to help learners build electronics design and programming skills. Suitable for students, makers, and DIY electronics projects.
The infrared thermometer gun uses an MLX90615 non-contact infrared sensor and an OLED display. Students assemble it and write the code themselves to build a thermometer that shows body or object temperature.
An IoT cabin teaching kit that uses the LinkIt 7697 as its main board. Students learn how to write programs and use sensors, and combine them with web services to explore the Internet of Things.
The IoT Smart House simulates a smart home in which everything is connected. From a phone or web page you can view light levels, indoor temperature, humidity, and door access status, and you can also control devices in the house such as the lights and the alarm.
The Light Chameleon kit uses an Arduino® Nano as its main board, with a color sensor module and RGB LEDs, built into a chameleon-shaped kit.
Adds an HC-SR04P ultrasonic sensor to the line-following car, so it can follow a line and avoid obstacles automatically.
Build your own air box that detects air quality, then upload the data to the cloud over Wi-Fi so you can check the air quality where it sits at any time.
MbitBot has four ports compatible with the Makeblock RJ25 interface, so you can connect Makeblock peripheral sensor modules directly, with no need to buy additional sensors.
MbitBot Lite is a lightweight expansion board designed for micro:bit. It has a built-in RGB LED, a buzzer, and multiple I2C ports, and supports power from an 18650 lithium battery, making it easy to build portable micro:bit projects.
MbitBot mini is a compact micro:bit expansion board. With MakeCode block programming, students work from dot-matrix animations and light and motion sensing through to buzzer and RGB LED projects.
The micro:bit Air House (MbitBot Lite) is a teaching kit that simulates an air quality monitoring station. Students assemble it themselves and write programs in MakeCode so that the PM2.5 and temperature and humidity sensors in the house can detect air quality.
Mount an AMB82 MINI on the MoonCar and build an AI self-driving car that follows lines and reads signs: capture and label data, train YOLOv7-tiny in the cloud, then deploy to the NPU to recognize traffic signs.
MoonCar supports LinkIt 7697, micro:bit, and other boards, with built-in line-following, color, and infrared sensors. Combined with Bluetooth/Wi-Fi IoT and AI vision recognition, it takes students from basic car control all the way to an AIoT self-driving car project.
MoonCar (micro:bit) works with MakeCode block programming. Using line-following, ultrasonic, infrared, and color sensors, students learn self-driving car control and sensing applications step by step.
An Arduino equipment kit built for the hardware division of the National Cat Cup SCRATCH Competition: a genuine Arduino® Uno Rev3 with 27 kinds of items, 20 of which are Made-in-Taiwan (MIT) modules with Dupont pins built onto the circuit board.
Build a retro-style arcade cabinet with a Raspberry Pi. Through case assembly, operating system installation, and game installation, students recreate the nostalgic arcade experience.
With the Smart Planter, students build information technology skills and learn the natural science behind the conditions plants need to grow. This cross-disciplinary approach develops logical thinking and has students apply and integrate what they have learned.
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