Cardboard Automata Unit
Unit Overview:
In this hands-on exploration of movement and mechanics, students will design and build their own simple automata—mechanical toys that come to life with motion. By experimenting with gears, cams, and linkages, young makers will discover how basic engineering concepts can be used to create dynamic, moving figures. This project encourages curiosity, creativity, and problem-solving while strengthening fine motor skills and spatial reasoning. Through trial and iteration, students will gain confidence in designing and constructing playful, interactive creations.
Key Learning Outcomes:
Introduction to simple mechanical movement using cams, levers, and linkages
Exploring cause and effect through hands-on engineering challenges
Developing design thinking and problem-solving skills
Strengthening fine motor skills through precision cutting and assembly
Encouraging creativity and storytelling by bringing their automata to life
Unit Overview:
In this hands-on exploration of movement and mechanics, students will design and build their own simple automata—mechanical toys that come to life with motion. By experimenting with gears, cams, and linkages, young makers will discover how basic engineering concepts can be used to create dynamic, moving figures. This project encourages curiosity, creativity, and problem-solving while strengthening fine motor skills and spatial reasoning. Through trial and iteration, students will gain confidence in designing and constructing playful, interactive creations.
Key Learning Outcomes:
Introduction to simple mechanical movement using cams, levers, and linkages
Exploring cause and effect through hands-on engineering challenges
Developing design thinking and problem-solving skills
Strengthening fine motor skills through precision cutting and assembly
Encouraging creativity and storytelling by bringing their automata to life
Unit Overview:
In this hands-on exploration of movement and mechanics, students will design and build their own simple automata—mechanical toys that come to life with motion. By experimenting with gears, cams, and linkages, young makers will discover how basic engineering concepts can be used to create dynamic, moving figures. This project encourages curiosity, creativity, and problem-solving while strengthening fine motor skills and spatial reasoning. Through trial and iteration, students will gain confidence in designing and constructing playful, interactive creations.
Key Learning Outcomes:
Introduction to simple mechanical movement using cams, levers, and linkages
Exploring cause and effect through hands-on engineering challenges
Developing design thinking and problem-solving skills
Strengthening fine motor skills through precision cutting and assembly
Encouraging creativity and storytelling by bringing their automata to life