By training data yourself, you can learn the basics of AI and sensor control coding.
Assemble the kit and try controlling sensors using AI.
3 Introductory Types
★
Twinkle Twinkle AI Cloud Bread
AI Fan
AI Sound Mood Light
3 Applied Types
★★
AI Party Glasses
AI Dancing Music Box
AI Clock Translator
3 Advanced Types
★★★
AI Color Mixer
AI Emotion Robot
AI Conveyor Belt
3 types of curriculum-linked STEAM Kits
How can we measure the length of a bumpy road?
Assemble the kit while thinking about engineering principles.
By using mathematical formulas, students can understand the relationship between the radius and circumference of a wheel and create a walking meter applicable to real life.
How can we measure straight-line distance without a tape measure?
By understanding how distance sensors work, students can create a distance-measuring device useful in everyday situations.
[CodeWiz Maker Kit]
"Walking Meter" Kit
MDF
AAA Battery Holder
AAA Batteries ×2
Photo Interrupter Sensor
4-Pin Cable
[CodeWiz Maker Kit]
"Distance Measurer" Kit
MDF
AAA Battery Holder
AAA Batteries ×2
Laser Sensor
4-Pin Cable
[CodeWiz Maker Kit]
AI Arc Reactor
MDF
AAA Battery Holder
AAA Batteries ×2
Laser Sensor
4-Pin Cable
4 types of AI STEAM Boxes
The AI STEAM Box is a hands-on kit that uses CodeWiz to explore curriculum topics, invention, and hacking STEM all in one experience.
By examining real-life problems, students can generate ideas to solve them and implement those ideas through coding.
Assemble the colorful and cute kit, follow the activity sheets, and learn various concepts and principles through coding.
Crocodile Mouth Board Game
Smart Trash Can
Spirit Level
Voice-Controlled Fan
AI Maker Sketchbook Full Set
How can we measure the length of a bumpy road?
Assemble the kit while thinking about engineering principles.
By using mathematical formulas, students can understand the relationship between the radius and circumference of a wheel and create a walking meter that can be applied in real life.
How can we measure straight-line distance without a tape measure?
By understanding how a distance sensor works, students can build a distance measuring device that can be used in everyday situations.
AI Maker Sketchbook – Design Edition
You can freely decorate the templates used in a total of 7 coding and art fusion projects,
and easily tear and assemble them by hand—no scissors or knives needed.
Create fun and engaging coding-art fusion project lessons with the CodeWiz AI Maker Sketchbook Full Set!
AI Maker Sketchbook – Coding Edition
Designed for immediate use in school settings, the program consists of a total of 20 sessions.
It includes not only lesson plans for all 20 classes, but also design templates, demo videos, completed files, and example code—
so anyone can conduct a class without the need for additional preparation.
AI Sketchbook Making Kit
The AI Sketchbook Making Kit is equipped with the essential sensors needed to bring your ideas to life, along with the CodeWiz Basic Kit.
It allows easy connection between Arduino sensors and the CodeWiz board, making it simple to use.
You can complete projects in environments like Coding School, Entry, and Python.
Even beginners can easily follow along thanks to the user-friendly content developed to help utilize sensors step by step.
Wiz car
You can build your own moving car by assembling the motor and WizCar frame yourself.
Through maker education, you will complete sensor coding and wireless communication control using Bluetooth and Wi-Fi,
and learn the basic coding required for autonomous driving.
wiz auto
WizAuto is a self-driving electric vehicle that a person can ride.
You assemble and code it yourself to build your very own electric car.
You can control it by driving manually, using a smartphone app, or coding autonomous driving features with HuskyLens—all through your own programming.
wiz fish
WizFish is a floating aerial vehicle that drifts through the sky.
You can start by controlling it with a smartphone, then code your own controller using the buttons or 3-axis sensors on CodeWiz.
With AI algorithms like posture recognition and sound learning, you can also program advanced motion control.
By using sensors attached to WizFish, you can create autonomous navigation code that lets it avoid obstacles as it flies.
By moving its tail left/right and shifting its center of gravity forward/backward, you can also explore various scientific principles.