Ecological Clean Energy City
Concept and Production of Ecological Clean Energy City Model
EVERYTHING ENGINE · AI-3D CREATION ACADEMY
A whole class prints one AI future city together.
THEME COURSES
Open a course to explore its theme, learning goals, creative steps, and student examples.
Concept and Production of Ecological Clean Energy City Model
Analyze household users, functions, and structure, then develop a home from spatial plan to 3D model.
Analyze users, spatial functions, and structure, then develop a treehouse from plan to 3D model.
Explore load-bearing, stability, and spatial organization in tall buildings, then design a tower or skyscraper.
Analyze learners, spatial functions, and structure to design a future school from plan to 3D model.
Plan housing, mobility, energy, and public services to create a 3D community for smart living.
Analyze users, circulation, spatial functions, and structure to design a stadium from plan to 3D model.
Plan buildings, mobility, energy, ecology, and public services as an integrated future-city model.
Explore wind-energy conversion and blade rotation, then design blades, shaft, and support for a working model.
Investigate waste sorting, then design recognition, compartments, opening, or feedback for a smart recycling device.
Explore rainwater use and sustainability, then design a collection system that clearly demonstrates its function.
Explore sustainable living and energy principles, then design an eco-home model that demonstrates practical solutions.
Combine environmental sensing, automated irrigation, smart control, and data use in an integrated farming system.
STUDENT WORKS
The same theme can produce different forms, functions, and stories—each work shows learner choice and iteration.
Plan practical living spaces based on family needs.
Design a treehouse based on the combination of trees and usage needs.
Research high-rise building structures, design towers and skyscrapers.
Design future schools based on learning and living needs.
Coordinate housing, transportation, and energy, and plan smart communities.
Design a sports arena that balances space and pedestrian flow.
Coordinate architecture, transportation, and ecology to plan future cities.
Study blades and shafts to create a wind power generation model.
Design recognition, partitioning, and opening/closing to complete an intelligent classification device.
Plan the collection and storage structure, and create a rainwater collector.
My Future Home · Student Creative Version
Ecological Park · Student Creative Version
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