Gear Experimenter
Use observation, modeling, and testing to explore gear principles and build a clear working demonstrator.
EVERYTHING ENGINE · AI-3D CREATION ACADEMY
Move from printed models to creations that move.
THEME COURSES
Open a course to explore its theme, learning goals, creative steps, and student examples.
Use observation, modeling, and testing to explore gear principles and build a clear working demonstrator.
Use observation, modeling, and testing to explore pulley principles and build a clear working demonstrator.
Use observation, modeling, and testing to explore lever principles and build a clear working demonstrator.
Explore joints, linkages, and range of motion to build a stable robotic arm that follows a planned path.
Identify key components and motion needs, then design, assemble, and test a functional robot enclosure.
Explore gears and transmission paths, then design, assemble, and test a working gearbox.
Explore links, joints, and motion paths, then design, assemble, and test a working linkage.
Learn electronic components, interaction, and enclosure design to build a functional desktop fan.
Combine mechanisms, clues, and player interaction to create a puzzle box or solving device.
Analyze mobility, search, transport, and safety needs to design a robot for a clear rescue task.
Design a robot's movement and environmental functions for waste handling, monitoring, or ecosystem care.
Connect rules and player interaction with a functional dice-tower structure and cohesive visual design.
STUDENT WORKS
The same theme can produce different forms, functions, and stories—each work shows learner choice and iteration.
Design mechanisms and clues to create an interesting puzzle box.
Choose a program and connect AI ideation, 3D design, and printing in one complete learning journey.