STEM Lesson Plans

In this hands-on lesson, students learn about earthquake engineering by researching, designing, and testing toothpick-marshmallow buildings for earthquake resistance.

This hands-on lesson provides an opportunity for students to use observation as a way to build the big idea about energy around us. Students are encouraged to explore everyday items in the classroom

Students will build a propulsion system that can deliver a payload to a given location in this engaging paper rocket engineering lesson. Students think critically and problem solve as they work

In this lesson, students will experience for themselves what insulators and conductors are in the field of electrical engineering. Students will learn how to use a Steve Spangler Energy Stick to

In this hands-on lesson, students will learn about the concept of Mechanically Stabilized Earth & Newtons Third Law. They hypothesize, conduct experiments using layered sand cubes, analyze results, &

In this lesson, students will use the LEGO BricQ Motion Prime set to build a gymnast powered car that can experiment with the three Laws of Motion. Students can modify the car to move in different

In this lesson, the students will observe matter that has endured a temperature change. They will make predictions about what they think will happen to a form of matter after choosing if it will be

In this hands-on and engaging lesson, students build and launch model rockets. They explore the forces acting on the rocket and design an experiment They predict the time to apogee based on

In this outstanding lesson, students will explore circuitry through working collaboratively to build a working floor piano out of simple materials. Students explore the engineering design process by

Students explore how circuitry works with a hands-on lesson where they design and build their own working pressure plate. The use of a MakeyMakey is incorporated with helpful video resources and

In this outstanding lesson, students will apply their knowledge of how natural and human-caused changes to habitats or climate can impact our world in a stop motion film. The lesson covers a Science

In this set of hands-on labs, students will explore friction and the effects of different types of surfaces on motion. They will have a chance to test motion with cars as well as create hover board

More VR integration in the classroom, oh my! This is the second lesson of a two-day exploration of chain reactions. On day one, students received a general overview of chain reactions, Rube Goldberg

VR in the classroom, oh my! This Day 1 lesson provides students an introductory understanding of chain reactions, Rube Goldberg and his machines, the Oculus (Meta) Quest 2, the online game Dynamic

In this outstanding lesson, teachers facilitate students to design and build Meet Edison Robots for Cougar Clash “BattleBot” robot battle classroom tournament. (We named ours Cougar Clash as your

This lesson has a focus on Bernoulli's Principle, the venturi, and how it applies toward creating lift on an aircraft.

In this creative lesson, students focus on inertia while exploring the magnetic compass and its errors while flying an aircraft.

In this lesson, students will research to plan and design an "energy store" (battery) that will utilize potential and kinetic energy to power a city.

In this hands-on lesson, students learn about and explore plant adaptations through various readings and pictures of plant adaptations. They study Venus Flytraps specifically and labels the different

Today we are engineering marble runs. To do this we will: Share ideas Brainstorm and sketch plans Count and measure Collaborate and communicate effectively with others

Today we will engineer air powered rockets. To do this we will: Watch a video and note the shape of rockets and learn about countdown and liftoff Name shapes as we brainstorm and sketch plans Build

In this lesson students model the process of speciation using Skittles. As they work through the story, students see how changing geography can change the traits in a species and how over time these

In this engaging lesson, students will model a standing transverse wave using a slinky and collect measurements to find the amplitude, wavelength, and frequency of their wave in order to calculate the

In this creative lesson, students will use a slinky to model two types of waves: longitudinal/compression waves and transverse waves. Through class exploration, students will first practice making the