STEM Lesson Plans

The goal of this engaging science lesson is to deepen students' understanding of magnets, electromagnetic forces, and their practical applications in real-world technology. Aligned with the 7.P2U1.1

Students design and engineer a paper backpack to hold all the supplies swallowed by the well-loved old lady in "There Was An Old Lady Who Swallowed Some Books". They follow the engineering design

This lesson will develop an awareness of the critical importance of access to clean water for survival in the wilderness, drawing inspiration from the book "Hatchet." Students will recognize the vital

In this lesson, students focus on the engineering design process to help them design, build, and test a functional bow and arrow system like the character Brian Robeson in the book "Hatchet". Students

This 45-minute lesson uses the book, "How to Catch an Elf", to lead into a cooperative engineering design lesson where students work in teams to build a humane trap to capture an elf.

This lesson is PART 4 of a four-lesson unit, which focuses on futures thinking, the phenomenon of electricity, closed-system agriculture, and water as a renewable energy resource. “The City of Ember”

This lesson is PART 3 of a four-lesson unit, which focuses on futures thinking, the phenomenon of electricity, closed-system agriculture, and water as a renewable energy resource. “The City of Ember”

This lesson is PART 2 of a four-lesson unit, which focuses on futures thinking, the phenomenon of electricity, closed-system agriculture, and water as a renewable energy resource. “The City of Ember”

This lesson is PART 1 of a four-lesson unit, which focuses on futures thinking, the phenomenon of electricity, closed-system agriculture, and water as a renewable energy resource. “The City of Ember”

Students will be using simple equipment to demonstrate the 3 laws of motion. They will be incorporating technology, math, and the scientific method to demonstrate what they know.

Involving themes of biology, ecology, and conservation, this engineering lesson introduces students to the behavior of immersed bodies within the realm of fluid mechanics. Utilizing the phenomena of

In this lesson plan, students will be able to build a simple electric motor and study how simple changes affect the motor's rotation. They will learn how energy comes in many forms, and how electric

In this lesson plan, students will be able to investigate battery cells as they construct their own simple batteries: They will know that batteries are a common store of energy for many devices that

In this engaging lesson, students explore the concept of position (Hayu') vs. time (nkez) graphs through a hands-on car motion (Buggy) activity. Using the Buggy on a marked track, students measure and

The Parachute design lesson involves students learning about the engineering design process, air resistance, and parachute principles before planning and constructing their own parachutes. Through

Students will use science skills to engineer habitats for polar regions as they learn about the polar regions through hands on experiences.

Launch into a fun activity! Students will be building a rocket, then blow into the straw inserted and watch how high their rocket flies. This fun activity can be done indoor or outdoor. Students can

In this lesson plan, students will make use of their knowledge about gravitational force and factors affecting it to design a stuffed mini parachute that will land the slowest from a given height

This lesson plan is part 1 of 4. This lesson focuses on how Newton's Laws apply to rocket launches as well as what forces are present at three different stages of launch. Additional lessons will be

This lesson includes having students design and build a wing to put onto a pre-built RC plane and fly it in circles (tethered). Requires previous RC knowledge.

Students will read and respond to the story, Room on the Broom. Then students will work in small groups to create a sturdy pumpkin tower using pumpkin candies and popsicle sticks. Students will try to

This is the culminating activity of the 8 part lesson series on simple machines. Students will put together everything they have learned about each individual simple machine to create a complex chain