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.