STEM Lesson Plans

In this lesson, students will use the story of "The Three Little Superpigs and the Gingerbread Man" as the context to complete a hands-on STEM activity where they are responsible for building a trap

In this engaging lesson, students will construct a small experiment demonstrating the relationship of momentum with mass, and velocity, then record that data. Students will take the data and create a

This lesson plan focuses on developing an understanding of root systems, especially regarding surface area. The lesson has students creating their own root systems and justifications for the types of

This lesson focuses on developing understanding of root systems, especially regarding surface area. The lesson has students creating their own root systems and justifications for the types of roots

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

In this lesson, students will learn about rate through their lettuce seeds in our hydroponic machine. Students use an Excel spreadsheet to document their findings.

In this hands-on lesson, students explore unbalanced forces through a variety of learning experiences and reading material. They then create simple machines to demonstrate unbalanced forces.

Do the colors of our world attract sunlight differently? In this lesson, students will use color and temperature to test and graph answers to this question. Provided are certain links to read

This lesson is a great way to highlight Earth's rotation in addition to its revolution. Students build a model Earth with an axis to understand the tilt in the Earth and how it is responsible for the

Stop motion is a great way for students to slow down working through the steps in math to demonstrate their understanding of math concepts. Students can film a short story or step-by-step instructions

By creating a stop motion animation, students will gain a deeper understanding of how landforms develop, are weathered, and erode. This is an engaging way to help infer the history of the current

In this hands-on lesson, students will test how long an ice cube takes to melt in the classroom. They will then design and build a structure that will prevent a 1-gram ice cube from melting completely

In this lesson students will engineer paper airplanes. They will run 20 trials measuring and recording distance of flight. Students will make a histogram with the given data.

In this engaging lesson, students will program Edison robots to travel forward for 3 seconds. They will run 5 trials to measure distance, collecting data each time. They will compare data with

In this lesson students will find the diameter of M&Ms. They will enter their data into a class data bank using Microsoft Excel. They will analyze the class data set and then find the mean diameter of

In this engaging lesson, students complete 2 labs to investigate and analyze how the force of gravity impacts objects. The lesson is formatted for Argument Driven Inquiry design, which means it starts

In this engaging lesson, students construct a real solar oven, cook food, gather data, and analyze the data to interpret if their oven was successful or not. The lesson culminates with a presentation.

Students start by listening to "Those Darn Squirrels", by Adam Rubin. Instead of helping the birds, the students will explore the technology and the engineering design process to help those pesky

This hands-on lesson is geared towards an introduction to engineering and electronics in creating a simple nanobot from cardboard, a coin battery, and vibrating motor. Students use the engineering

In this hands-on lesson, students will plan, build and create a roller coaster from random materials that a Ping Pong ball can travel through. Students engage in the engineering design process as they

This lesson is for teachers to explore how to have all students working hands on with limited numbers of materials. Explore insights, tips, strategies and templates used in a middle school wood shop

Students will use the engineering design process to plan and create a robotic arm that could be used in space exploration to places like Mars.

Today we will collaborate and communicate effectively with our peers to complete an engineering design challenge, building an obstacle course for a drone. Today students will be able to: To use manual

Students will learn about balanced vs unbalanced forces by trying to rescue bears from the "Lava" (the table) using certain given supplies.