Mechanical Engineering · Starter
Explore joints, linkages, and range of motion to build a stable robotic arm that follows a planned path.
THEME COURSES
Each course starts with a real theme and connects AI ideation, 3D modeling, printing, making, and presentation.
Explore joints, linkages, and range of motion to build a stable robotic arm that follows a planned path.
Study jaw motion, linkage transmission, and contact surfaces to build a gripper for objects of different shapes.
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.
Explore track, wheel, and drive relationships, then design, assemble, and test a tracked vehicle.
Design chassis, wheels, drivetrain, and power system for a stable car that can be optimized for speed or load.
Compare gear, belt, and friction drives, then build a reinforced powered car with reliable transmission and wheel layout.
STUDENT WORKS
The same theme can produce different forms, functions, and stories—each work shows learner choice and iteration.
Choose a program and connect AI ideation, 3D design, and printing in one complete learning journey.