Whizrobo

WHIZ BUILDER

Categories: BotBuilders
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About Course

The WhizBuilder Robotic Kit is a hands-on, modular STEM learning kit designed to spark curiosity and creativity in young innovators. With easy-to-use components, it allows learners to build and experiment with a wide range of real-world mechanical models such as a Ferris Wheel, Windmill, Mixer, Seesaw, and many more interactive machines.

This kit combines mechanical engineering principles with basic robotics concepts, helping children understand how gears, motors, and linkages work together to create movement. Using colorful, interlocking pieces, students can assemble their own working models without the need for advanced tools.

Key Highlights:

  • Build Multiple Models: Ferris Wheel, Windmill, Mixer, Seesaw, and more.

  • Learn by Doing: Understand gears, pulleys, motors, and motion.

  • STEM-Based Education: Ideal for introducing children to science, technology, engineering, and math concepts.

  • Safe & Durable Components: Child-friendly materials designed for repeated use.

  • Expand Creativity: Encourages problem-solving, logical thinking, and hands-on experimentation.

Whether at home, in classrooms, or in robotics clubs, the WhizBuilder Kit turns learning into a fun and interactive experience, giving kids a strong foundation in mechanical design and basic robotics.

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What Will You Learn?

  • Mechanical Concepts
  • How gears, pulleys, and linkages transmit motion.
  • Understanding rotational vs. linear movement.
  • Basics of torque, speed, and mechanical advantage.
  • 🔹 Engineering Design Skills
  • How to assemble structures like Ferris Wheels, Windmills, Mixers, and Seesaws.
  • Balancing and stabilizing models for smooth operation.
  • Problem-solving and troubleshooting during construction.
  • 🔹 Basic Robotics & Motion
  • Using small motors to drive mechanical models.
  • Converting electrical energy into movement.
  • Understanding switches, battery connections, and simple circuits.
  • 🔹 STEM Thinking
  • Applying science, technology, engineering, and math concepts in a practical way.
  • Building step by step from simple machines to complex models.
  • Experimenting with different configurations to see real-world effects.
  • 🔹 Creativity & Innovation
  • Designing and customizing your own models beyond the guidebook.
  • Encouraging teamwork, communication, and project-based learning.
  • Building confidence by turning ideas into working machines.
  • ✅ Result: By the end of the activities, learners understand how machines work, how to design simple robotics systems, and how to think like an engineer — all while having fun.

Course Content

Project 01: Seesaw
It is well known that seesaw is sought-a!er among children. Usually, two children sit on both ends of the seesaw and step on the ground in turn to make one end rise and the other fall. However, in this project, we will work to make a seesaw that can rise and fall automa"cally

  • Seesaw Assembly
    09:08
  • Seesaw Coding
    01:11

Project 02: Mixer
Mixer is a kind of construc!on engineering machinery, which is mainly used for mixing some building materials such as cement, sand and gravel. In this project, we will seek to design a mixer

Project 03: Windmill
In this project, we are going to make a mini windmill

Project 04: Ferris Wheel
When it comes to the Ferris wheel, we must be familiar with it. Si!ng on the Ferris wheel, we are able to overlook the surrounding scenery from a height. Thus, in this project, we will work to make a Ferris wheel that can be viewed in the rain

Project 05: Rope Skipping Machine
Rope skipping machine is used to replace the tradi!onal rope skipping method, which frees our hands. It can not only realize forward and reverse jumps, but also change the speed of skipping ropes according to needs

Project 06: Breaker
Breaker is a machine that can level out uneven pavement. In this project, we will make one together!

Project 07：Conveyor
Conveyor is a machine that can drive itself and carry goods, which is applied in complex and dangerous industrial environments to reduce the labor intensity of workers and improve work efficiency. In this project, we will work to make a small conveyor

Project 08：Large Crane
Crane is a machine that integrates loading, transporta!on and unloading, which is widely used in ports, workshops, electric power as well as construc!on sites. In this project, we will seek to make a large crane

Project 09: Breaker Using IR Sensor

Project 10: Ferris Wheel Using IR Sensor

Project11: Swing

Project 12: Car

Project 13: Gate Barrier

Project 14: Fan

Project 15: Rain Detector

Project 16: Door Bell

Quiz