What will learners gain?
Every ability goal is grounded in real work, making both the process and progress visible.
Research a project theme
Propose multiple solutions
Build and test prototypes
Document and iterate
L3
万物引擎 · 五阶段成长课程
创客级
从真实问题出发，经历研究、方案、原型和迭代，让作品不只好看，也真正回应使用者的需要。
7～10 岁48 课时从“工程应用”到“原创创客”
STAGE LEARNING MAP
Course-pack themes
Every course pack connects AI ideation, 3D design, printing, making, and presentation. Open a card to see its teaching focus and outcomes.
A dependable creation path
Difficulty grows by stage, while every learning cycle produces a visible, take-home result.
01
Research
02
Plan
03
Prototype
04
Test and iterate
01Grades 3–4Custom Sign and Lettering
Use typography, layout, and sign structure to create a recognizable 3D name or space sign with personal character.
02Grades 3–4Smart Water-Saving Planter
Combine planter, water storage, drainage, monitoring, and optional auto-watering features in a smart water-saving planter.
03Grades 3–4Planter Environment Monitor
Learn how moisture sensors work, then design probe mounting, status display, and a protective enclosure for plant monitoring.
04Grade 3Future Mobility Concept
Balance propulsion, passenger space, and smart functions to design a forward-looking mobility concept.
05Grades 3–5Drone Model
Study a drone's main structures and motion, then create a coherent drone model.
06Grade 3Robot Companion Design
Define personality, form, and signature features to develop a robot companion from concept sketch to 3D character.
07Grades 3–4Temperature and Humidity Monitor
Learn electronic components, interaction, and enclosure design to build a temperature-and-humidity monitor.
08Grades 3–4Space Station
Study orbital missions and space conditions, then plan the key structures and modules of a space station.
09Grades 3–4Bridge Structure Design
Compare beam, arch, and truss forces, then build a bridge that balances stability and form.
10Grades 3–4Waterwheel Power Model
Explore how flowing water turns paddles, then design the wheel, axle, and frame for a continuously rotating power model.
11Grades 3–4Robot Enclosure
Identify key components and motion needs, then design, assemble, and test a functional robot enclosure.
12Grades 3–5Future School
Analyze learners, spatial functions, and structure to design a future school from plan to 3D model.
VISIBLE OUTCOMES
Representative work and outcomes
Learners do more than follow steps—their work demonstrates growth in expression, design, engineering, and innovation.
Doorplate
Create a recognizable three-dimensional sign using text and layout.
flowerpot
Combining storage, drainage, and monitoring to create a water-saving flower pot.
Smart Flower Pot
Install sensors on the flowerpot and ensure proper display and protective casing.
Mobile Library
Future Train · Student Creative Version
Drone model
Understand the rotor and fuselage structure, and complete the drone model.
Robot Partner
Design robot companions based on personality and iconic elements.
Temperature and humidity box
Combine sensors and casing to create a temperature and humidity box.
space station
Plan cabin segments and functional modules, and build a space station model.
Truss bridge
Creative Bridge · Student Creative Version
waterwheel
Let the water flow push the blades and observe how the waterwheel transmits power.
Robot shell
Design the robot casing around the installation and movement of components.
Future School
Design future schools based on learning and living needs.
01
Physical work
Every theme produces a take-home, display-ready 3D creation.
02
Digital process
Ideas, sketches, prompts, models, and iteration records are preserved.
03
Ability review
Stage goals, project evidence, and growth stay visible over time.
04
Presentation
Learners explain their work through showcases, sharing, or project defense.
Find the right creation stage
Combine stage packs and yearly growth programs around grade, experience, and interest.