STEM Lesson Plans

In this lesson, students will learn about projectile motion and the factors that affect it by designing and building a simple catapult. Through hands-on experimentation, students will investigate how

Students design and test a device for an egg drop in this engaging and hands-on lesson. They will document their data, make modifications to designs, and assess what the outcome is of their own drop

Aerospace to Sports explores the concept of how aerospace engineering has impacted sports, specifically exploring the design of golf balls. Students learn about how the industry employs engineering

Students will test the relationships between mass, speed, and kinetic energy using a toy skateboard.

Students will be creating their own arcade games with recycled materials. One idea can change the world! During this activity students will be going through the engineering design process.

This lesson plan is designed to teach students about Newton's 3rd Law of Motion through hands-on experimentation. Students will build cars and test the effects of collisions to gain a deeper

The students will be working and pretending that they work for an engineering company that is designing a bridge. The Department of Transportation wants to see a model of the bridge, so they will be

How can you get objects from one location to a specific dropping point using a cable? Students utilize the Engineering Design Process and their learning of Newton's Laws of Motion, slope, mass and

Notes Prerequisites: This lesson requires prior experience with Edison Robots. Context: This lesson can be taught to a single class or used in an after-school coding/robotics club. Students should be

Let's Fly is a great lesson for those teaching forces and motion. Find some balsa wood flyers through a STEAM source (ideas included), take your students outside to play and let them observe. Then

Summary: In groups students will construct a Rube Goldberg device made completely out of found objects that includes at least 5 simple machines and students will identify the energy transformations

Summary: Students are coding and observing robots to try and determine all forces acting on the robot. Materials; Robots that can be coded to move in different ways. Laptops to code. Agenda The

Summary: This lesson uses the children's picture book Rosie Revere, Engineer by Andrea Beaty and can easily be adapted for any grade level. Students will listen to the story of Rosie Revere and

This lesson will explore aerodynamics, rocketry, and principles of space flights. Students will act as engineers. Their job is to research, plan, design, and build a water bottle rocket that will

This middle school lesson covers the concept of air resistance. Students work in teams of 3 with a list of materials to design, build, and test 3 parachutes that will maximize the air resistance of a

In this hands-on lesson, students learn how to get their drone into the air. It covers hovering, yaw, roll, and pitch. Before the students launch their drones, there is a discussion about preparing

This is the first lesson in a series of 4. Students gain an understanding of the forces that are acting upon a drone when it is flying. They will learn about how thrust, weight, lift and drag work

Students will design and create a working, themed pinball machine that follows specified constraints and utilizes Makerspace materials. As students design they will be studying social studies, math

Make quadratics come alive with stomp rockets! This is a 3-4 hour learning experience where students will build and launch paper rockets, then use the data to create quadratic equations.