STEM Lesson Plans

In this creative and engaging lesson, students will create a card that incorporates a circuit design to add a light component.

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.

In this hands-on lesson, students will model transfer of kinetic energy by preparing and measuring the temperature of two equal quantities of water, before mixing them together and then measuring the

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

The scenario is that you are heading to the moon to do a year residency program. You desire a “radio tower” to be built so that you can communicate with your friends back on Earth. This Challenge

In this lesson, students will experiment with unseen forces and their effect on motion. Students will build a LEGO land sailing car that will be powered by wind produced from a fan. Students will

Today we will learn how ice cream is made and then make some ourselves. To do this we will: Listen to an informational text describing how ice cream made and compare that information with our prior

In this lesson students will be creating a geometric design to create a stained-glass window. They will then assemble the window with pretzel rods, royal icing and melted Jolly Ranchers. Students can

This is part 3 of a unit. Links to the first 2 lessons are included. This lesson focuses on building the base for the Ferris wheel. Students are encouraged to design and create a base that is wide

In this engaging lesson, students use a voltmeter tool. They will measure the milliamps of electricity in sports drinks to see which brand or flavor has the highest concentration and therefore more

Empower with solar, motors & wireless! Unravel renewable energy, motor tech & wireless applications in an engaging STEM journey.

Unleash creativity with drones and coding! Explore the exciting world of block coding and its application in drone technology.

Discover the power of hydraulics and pneumatics! Engaging in STEM activity on building systems and understanding fluid dynamics.

This is the 4th and final part of a 4-part series that allows students to communicate what they've learned through using the engineering design process to develop new vision technology. Links to all

This hands-on lesson allows students to engage in the engineering design process by building a new vision technology with applications of convex and concave lenses. This is the 3rd lesson in a series

This is part 1 of a unit, other lessons are posted. In this lesson students will use prior knowledge of how wheels and axles work in order to create two symmetrical sides of a ferris wheel. This

In this hands-on lesson, students will have a teacher read aloud: "Rosie Revere, Engineer" and discuss the importance of perseverance and imagination while creating, building, and testing. They will

This is a multiple-day lesson plan based on Newton's 3 Laws of Motion. Students begin the lesson by collecting data observing coins moving across a table. After making the observations, students will

This is the 3rd lesson in the series. In this lesson, students will select one building from their master-planned community to construct a 3D model that absorbs/releases 8% less than the surrounding

In this lesson, students apply what they learn about series and parallel circuits in building their concept of electrical power. They experiment and gather evidence through PHET Circuit Construction

This lesson is Part 2 of an engineering challenge. In Cooling Structure Challenge Part 2 students will use what they learned when they designed, built, and tested their prototype in Part 1. Often we