The League's K-5 Units
Aligned with the NGSS engineering design standards for grades K-5, our units provide curriculum for specialists and classroom teachers who want to create an innovation lab in their classroom.
Our Units
Our units each includes multiple lessons, and are designed as part of a spiraling curriculum series, where content and experience is deepened with each consecutive year. This series structure supports whole-school initiatives that build a culture of invention from Kindergarten through 5th Grade.
Toy Design Series
Gravity! Lift! Buoyancy! Inertia! Young inventors will tinker and experiment to design their own toys, seeing everyday (yet mind-blowing) science concepts in action through their own hands-on builds and experimentation. Each unit contains 8 lessons.
Floating Boats
Kindergarten
Balancing Mobiles
1st Grade
Spinning Tops
2nd Grade
Rolling Marble Runs
3rd Grade
Rubber Band Paddle Boats
4th Grade
Linkage Puppets
5th Grade
Future World Series
How do bridges stay strong under heavy loads? How do neighborhoods meet the changing needs of the people who live there? What shapes and structural features make buildings stay strong against forces generated by weather? In these units, students will experiment with engineering solutions from around the world to explore some of the main challenges faced by urban centers – including population increase, pollution, and traffic congestion. Each unit contains 8 lessons.
Neighborhoods
Kindergarten + 1st Grades
Building Bridges
2nd + 3rd Grades
Sustainable Homes
4th + 5th Grades
Simple Machines Series
What force pulls you down a slide? How can a fulcrum help you fling things further? How does friction affect you when you play? In this unit, young inventors will explore these science concepts, and more, hands-on. Young Inventors will uncover the magic behind the simple machines that make the everyday easier.
The Lever
2nd Grade
The Wedge
3rd Grade
The Wheel + Axle
4th Grade
Automata
5th Grade
Taking Flight Series
Why are airplanes designed in so many different shapes? How do kites stay in the sky without motors? How can you fold a faster paper airplane? In this unit, young inventors will explore the history and science behind many of the gravity-defying machines that have lifted humans to heights never thought possible.