Mechanical Engineering · Starter
扎根火星开辟人类星际家园,宜居探索新征程
EVERYTHING ENGINE · AI-3D CREATION ACADEMY
Mechanical structures · transmission · engineering design · mechanisms
THEME COURSES
Each course starts with a real theme and connects AI ideation, 3D modeling, printing, making, and presentation.
扎根火星开辟人类星际家园,宜居探索新征程
从发现问题到创造未来,开启你的深空探索之旅
电机模组支撑动力输出,功能适配极端环境
仿生海洋巡航器,探索未知星球大海
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.
遥远的星球与地球连接起来
The motor module supports the power output and is functionally adapted to the working environment
Connect joints and linkages to allow the robotic arm to move along a path.
Mechanical Claw · Student Creative Version
Design the robot casing around the installation and movement of components.
Gear Tester · Student Creative Version
连杆怪兽 · 学员创意版本
机器人伙伴 · 学员创意版本
Combine chassis, wheels, and power to make a mechanical car.
比较齿轮和皮带传动,让动力车稳定行驶。
Choose a program and connect AI ideation, 3D design, and printing in one complete learning journey.