What will learners gain?
Every ability goal is grounded in real work, making both the process and progress visible.
Understand mechanisms
Assemble working parts
Improve with test data
Communicate engineering decisions
L4
万物引擎 · 五阶段成长课程
发明级
理解结构、运动和部件协作，把创意方案实现为可装配、可运行、可测试的工程作品
9～12 岁48 课时从“功能造物”到“智能发明”
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
Explore
02
Engineer
03
Assemble
04
Validate
01Grades 4–5Automatic Watering Controller
Combine sensing, control, and water delivery to build a closed-loop automatic plant-watering demonstrator.
02Grade 4Multifunction Smart Night Light
Design the body, lighting, circuit, and enclosure of a night light with clock or automatic sensing functions.
03Grades 4–5Sensor Light Enclosure Design
Plan sensor openings, mounting, light diffusion, and ventilation to create a safe, easy-to-assemble enclosure.
04Grades 4–5Ship
Study a ship's main structures and motion, then create a coherent watercraft model.
05Grades 4–6Submarine
Study a submarine's main structures and motion, then create a coherent underwater vehicle model.
06Grades 4–5Off-World Base Design
Compare survival needs on the Moon and Mars, then plan habitation, research, energy, and transport modules for a complete base.
07Grades 4–6Astronaut Equipment
Study astronaut tasks and space conditions, then design the key structures and functions of astronaut equipment.
08Grades 4–5Linkage Mechanism
Explore links, joints, and motion paths, then design, assemble, and test a working linkage.
09Grades 4–5Tracked Vehicle
Explore track, wheel, and drive relationships, then design, assemble, and test a tracked vehicle.
10Grades 4–6Powered Mechanical Car
Design chassis, wheels, drivetrain, and power system for a stable car that can be optimized for speed or load.
11Grades 4–5Solar Energy Device
Explore solar-energy capture and conversion, then design light collection, power transfer, and a working application.
12Grades 4–6Rainwater Collector
Explore rainwater use and sustainability, then design a collection system that clearly demonstrates its function.
VISIBLE OUTCOMES
Representative work and outcomes
Learners do more than follow steps—their work demonstrates growth in expression, design, engineering, and innovation.
Clock Night Light
Arrange the light source and circuit, and make a small night light that can sense.
Induction lamp shell
Design a transparent and heat dissipating lamp housing around the sensing module.
ship
Understand the hull and navigation methods, and complete a ship model.
submarine
Understand the hull and underwater movements, and complete a submarine model.
spaceport
Future Space Station · Student Creative Version
Astronaut equipment
Understand the requirements of the space environment and design astronaut equipment.
Quadruped linkage beast
Connecting Rod Monster · Student Creative Version
Crawler exploration robot
Robot Partner · Student Creative Version
Mechanical car
Combine chassis, wheels, and power to make a mechanical car.
solar power installation
Research solar energy conversion and create a demonstrative application device.
Rainwater collector
Plan the collection and storage structure, and create a rainwater collector.
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.