4D Frame Ferris Wheel

Content description：

Ferris Wheel appeared approximately 400 years ago, initially operated manually like a swing. With technological advancements, the height, operation, and cabin structure of Ferris wheels have continuously improved. This material kit includes 4D Frame tubes and connectors, teaching participants to build a Ferris Wheel model, and freely adjust the structure and experiment with alternative methods like wind or water power to drive the wheel's rotation.

*Production manual is in Chinese version only*

Code：

STEM-01

Target：

P1-P3

Online Quota：

Full

4D Frame Vehicle Set

Content description：

Does a car have 4 wheels? 3 wheels? Or just 2? Even one wheel is a car!
This material kit includes 4D Frame tubes and connectors, guiding participants to create four small car models with varying numbers of wheels. Explore the characteristics of different car types and the functions of wheels.

*Production manual is in Chinese version only*

Code：

STEM-02

Target：

P1-P3

Online Quota：

Full

4D Frame Balance Scale

Content description：

Gravity, centrifugal force, inertia, potential energy, mass, and other physical considerations... all are factors that need to be calculated in roller coaster amusement rides. With intricate track designs, passengers are taken on adventurous journeys. This material kit includes 4D Frame tubes and connectors, guiding participants to construct a roller coaster model. Using a marble to simulate cars speeding along the track, participants can challenge the limits of speed.

*Production manual is in Chinese version only*

Code：

STEM-03

Target：

P1-P3

P4-P6

Online Quota：

Full

4D Frame Roller Coaster

Content description：

Gravity, centrifugal force, inertia, potential energy, mass, and other physical considerations... all are factors that need to be calculated in roller coaster amusement rides. With intricate track designs, passengers are taken on adventurous journeys. This material kit includes 4D Frame tubes and connectors, guiding participants to construct a roller coaster model. Using a marble to simulate cars speeding along the track, participants can challenge the limits of speed.

*Production manual is in Chinese version only*

Code：

STEM-04

Target：

P4-P6

Online Quota：

Full

Analysis of movements of the Sun, the Earth and the Moon

Content description：

Build a wooden electric model of the Earth, the Moon and the Sun to explore how they rotate, and how solar and lunar eclipses work.

*Teaching video is in Chinese version only*

Code：

STEM-05

Target：

P1-P3

P4-P6

Online Quota：

Full

Exploration of Geometric Shapes

Content description：

Connecting closed circuits and connecting brushes with motorized linkage structures to draw a variety of geometric shapes, learn the principles of pendulum and trajectory drawing, and analyze the application of geometry.

*Teaching video is in Chinese version only*

Code：

STEM-06

Target：

P1-P3

P4-P6

Online Quota：

Full

Analysis of Hydraulic Machinery

Content description：

By assembling a wooden model, filling it with water, and gently opening and closing the scorpion tongs, we explore the construction of hydraulic machines and talk about bionic machines.

*Teaching video is in Chinese version only*

Code：

STEM-07

Target：

P1-P3

P4-P6

Online Quota：

Full

Make you own Holography Cinema

Content description：

Holography is a super cool branch of 3D technology that uses interference principles to capture the light wave information of objects. In simpler terms, it's like a light show: when you take a picture, the object being photographed generates a diffused light beam under laser illumination, like a party for light!

When you look at your phone screen, the light from the screen reflects off an acrylic sheet and enters your eyes, letting you see an illusionary image behind the acrylic. In holographic mode, you even get the amazing sensation of "Whoa! Floating images in mid-air!"

*Teaching video is in Chinese version only*

Code：

STEM-08

Target：

K1-K3

P1-P3

Online Quota：

Full

DIY Chase Vehicle

Content description：

The story of the mortar goes all the way back to 1342 AD, making it one of the earliest “DIY masterpieces” in history! If you want to build a powerful mortar, the secret lies in the magic of rubber bands: their tension and rebound speed! The more you can stretch the rubber band, the heavier the projectile you can launch. The faster the rebound speed, the quicker the projectile flies, and the greater the power!

So, get ready to build your super-charged chase vehicle! Make it your secret weapon and watch as it sends the enemy flying!

*Teaching video is in Chinese version only*

Code：

STEM-09

Target：

K1-K3

P1-P3

Online Quota：

Full

DIY Lever-Driven Pressure Water Pump

Content description：

The lever-driven pressure water pump is like a miniature water pump magician, effortlessly drawing water using the principles of leverage. Whether it's heavy rain or drought, this little device has got you covered! It cleverly uses the power of the lever to make lifting water as fun and easy as playing with a toy.

Get ready to build your own lever-driven pressure water pump! By applying the principles of leverage, you can make the water in the syringe move up and down alternately. With the help of two one-way valves, the water can flow in only one direction. This setup allows you to continuously draw water from the intake and pump it out through the outlet, making water extraction efficient and effective!

*Teaching video is in Chinese version only*

Code：

STEM-10

Target：

K1-K3

P1-P3

Online Quota：

Full

Build Your Own Hydraulic Bridge Model

Content description：

The hydraulic bridge model is like a mini engineering marvel, using hydraulic systems to make the bridge rise and fall as if by magic! This model lets you experience the power of hydraulics, making bridge movement as simple as a breeze.

Get ready to build your very own hydraulic bridge model! Not only will you showcase your DIY skills, but you’ll also get to experience the true thrill of engineering. This model is perfect for display and will let you impress your friends with your little engineering wonder! Use your creativity and skills to craft a unique hydraulic bridge that becomes the pride of your projects!

*Teaching video is in Chinese version only*

Code：

STEM-11

Target：

K1-K3

P1-P3

Online Quota：

Full

Climbing Rope Buddy

Content description：

Climbing Rope Adventure!
Ready for a super fun experiment? Climbing Rope Buddy is all about using the power of balance, stretchy ropes, and friction to make your buddy climb up and down! How can we make them move freely like a little monkey?
Let’s try it together and see what happens! It's going to be an awesome adventure!

*Teaching video is in Chinese version only*

Code：

STEM-12

Target：

K1-K3

P1-P3

Online Quota：

Full

The Magical Guitar!

Content description：

Guess what? The guitar is an ancient musical instrument that looks a bit like a violin (but with a way cooler shape!). It’s super popular in all kinds of music like pop, rock, blues, folk, and even flamenco!
In classical music, the guitar is a solo superstar or sometimes teams up with a friend to play a duet. But wait – in big orchestras, the guitar is like the fun sidekick, adding cool sounds to the mix! So, whether it's the main star or the awesome helper, the guitar makes every song sound better!

*Teaching video is in Chinese version only*

Code：

STEM-13

Target：

K1-K3

P1-P3

Online Quota：

Full

Robotics zoo- ox

Content description：

Participants will build a quadrupedal animal with the use of prepared plastic pieces, gearbox, bolts and nuts, meanwhile, familiar with some robotic fundamentals.

*Teaching video is in Chinese version only*

Code：

STEM-14

Target：

P4-P6

S1-S3

Online Quota：

Full

Robotics zoo- turtle

Content description：

Participants will build a quadrupedal animal with the use of prepared plastic pieces, gearbox, bolts and nuts, meanwhile, familiar with some robotic fundamentals.

*Teaching video is in Chinese version only*

Code：

STEM-15

Target：

P4-P6

S1-S3

Online Quota：

Full

Wandi Wandi Blah Blah Blah- Veggi Papermaking + 3D Globe DIY Kit

Content description：

Our lives heavily rely on paper, but forest resources struggle to meet these demands."VegiPaper" combines Chinese traditional wisdom and ancient papermaking techniques, using vegetable scraps which rich in cellulose to create eco-friendly paper. Through upcycling and creative projects, this experience cultivates children's environmental awareness and sparks their innovative thinking. Additionally, the accompanying DIY kit for creating a 3D globe allows learners to engage hands-on, enhancing their understanding and interest in sustainable development. This combination of learning and creativity makes it an ideal resource for education and awareness.

Code：

STEM-16

Target：

K1-K3

P1-P3

P4-P6

Online Quota：

Full

Molecular Gastronomy in Testing pH Value

Content description：

 This STEM kit introduces the exciting concepts of pH value, pH indicators, and molecular gastronomy! Students will create dazzling chemical beads infused with pH indicators. As they craft these chemical beads, the pH values will shift 1-2 times, allowing students to observe vibrant color changes throughout the process. It's a hands-on experience that brings science to life and sparks curiosity about the fascinating worldofchemistry!

*Participants need to prepare as follows,
i. Water
ii. Lemon Water/ White Vinegar

Code：

STEM-17

Target：

P4-P6

S1-S3

Online Quota：

Full