What will learners gain?
Every ability goal is grounded in real work, making both the process and progress visible.
Complete independent research
Optimize ideas with AI
Engineer an original system
Build a portfolio and present
L5
万物引擎·五阶段成长课程
科创级
以跨学科挑战和真实议题为入口，完成研究、原创设计、工程实现、展示答辩和赛事表达，形成个人创新作品集。
11～15 岁48 课时从“系统创新”到“项目孵化”
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
AI discovery
02
Creative design
03
3D production
04
Present and iterate
01Grades 5–6Exploration Rover
Study rover structure and movement, then design a vehicle model suited to exploration tasks.
02Grades 5–6Desktop Fan
Learn electronic components, interaction, and enclosure design to build a functional desktop fan.
03Grades 5–6Space Robot Design
Analyze exploration tasks, then design a space robot's mobility, sensing, communication, and work systems.
04Grades 5–6Molecular Model
Use observation and modeling to show molecular structure clearly and explore how atoms connect.
05Grades 5–6Powered Car Drivetrain
Compare gear, belt, and friction drives, then build a reinforced powered car with reliable transmission and wheel layout.
06Grades 5–6Eco Home
Explore sustainable living and energy principles, then design an eco-home model that demonstrates practical solutions.
07Grades 4–6Stadium
Analyze users, circulation, spatial functions, and structure to design a stadium from plan to 3D model.
08Grades 5–6Future City Planning
Plan buildings, mobility, energy, ecology, and public services as an integrated future-city model.
09Grades 5–6Puzzle Box and Mechanisms
Combine mechanisms, clues, and player interaction to create a puzzle box or solving device.
10Grades 5–6Rescue Robot Design
Analyze mobility, search, transport, and safety needs to design a robot for a clear rescue task.
11Grades 5–6Smart Agriculture System
Combine environmental sensing, automated irrigation, smart control, and data use in an integrated farming system.
12Grades 5–6Integrated Energy System
Combine wind, solar, hydro, or storage systems into one device for energy capture, conversion, storage, and use.
VISIBLE OUTCOMES
Representative work and outcomes
Learners do more than follow steps—their work demonstrates growth in expression, design, engineering, and innovation.
Six wheeled exploration vehicle
未来越野车 · 学员创意版本
desktop fan
Arrange the fan blades, motor, and casing, and make a desktop fan.
Space robots
围绕太空任务，设计能探测作业的机器人。
Molecular model
Understand molecular structure and build intuitive molecular models.
powered vehicle
比较齿轮和皮带传动，让动力车稳定行驶。
Ecological Home
我的未来之家 · 学员创意版本
gymnasium
兼顾空间与人流，设计一座体育馆。
Future City
Coordinate architecture, transportation, and ecology to plan future cities.
Mechanism box and puzzle solving device
Design mechanisms and clues to create an interesting puzzle box.
Rescue robot
Design rescue robots around search and transport tasks.
Stereoscopic Ecological Park
生态公园 · 学员创意版本
Energy device
组合风能、太阳能或水能，搭建能源装置。
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.