STEM Innovator curriculum stage scene
L5

Everything Engine · Five-stage growth curriculum

STEM Innovator

Use cross-disciplinary challenges to research, design, engineer, present, and build a personal innovation portfolio.

Grades 8–924–32 lessonsGrow from learner to young innovator

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.

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

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

Exploration Rover01Grades 5–6

Exploration Rover

Study rover structure and movement, then design a vehicle model suited to exploration tasks.

Desktop Fan02Grades 5–6

Desktop Fan

Learn electronic components, interaction, and enclosure design to build a functional desktop fan.

Space Robot Design03Grades 5–6

Space Robot Design

Analyze exploration tasks, then design a space robot's mobility, sensing, communication, and work systems.

Molecular Model04Grades 5–6

Molecular Model

Use observation and modeling to show molecular structure clearly and explore how atoms connect.

Powered Car Drivetrain05Grades 5–6

Powered Car Drivetrain

Compare gear, belt, and friction drives, then build a reinforced powered car with reliable transmission and wheel layout.

Eco Home06Grades 5–6

Eco Home

Explore sustainable living and energy principles, then design an eco-home model that demonstrates practical solutions.

Stadium07Grades 4–6

Stadium

Analyze users, circulation, spatial functions, and structure to design a stadium from plan to 3D model.

Future City Planning08Grades 5–6

Future City Planning

Plan buildings, mobility, energy, ecology, and public services as an integrated future-city model.

Puzzle Box and Mechanisms09Grades 5–6

Puzzle Box and Mechanisms

Combine mechanisms, clues, and player interaction to create a puzzle box or solving device.

Rescue Robot Design10Grades 5–6

Rescue Robot Design

Analyze mobility, search, transport, and safety needs to design a robot for a clear rescue task.

Smart Agriculture System11Grades 5–6

Smart Agriculture System

Combine environmental sensing, automated irrigation, smart control, and data use in an integrated farming system.

Integrated Energy System12Grades 5–6

Integrated 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.

Exploration Rover

Exploration Rover

Powered Car Drivetrain

Powered Car Drivetrain

Puzzle Box and Mechanisms

Puzzle Box and Mechanisms

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.