STEM Lesson Plans

Students are challenged to create a battlebot that will be powered by a sphero and compete against other bots. Each bot will have an inflated balloon attached to the back. The objective is to pop

Welcome to an exhilarating journey of problem-solving and exploration with Bee-Bots! In this captivating adventure, students will embark on a thrilling quest to navigate through challenging mazes

Students design and build a bumper car to test Newton's third law of motion.

On the second day students use more complex coding, the built in camera for taking pictures and experience FPV. It has 3 missions total in this lesson. This lesson also uses yaw to keep the camera

Coding and flying drones what a match! Students will have the chance to experiment with flying a drone in a simulator. The lesson includes 4 missions incorporating forces of flight acting on a drone.

In this lesson, your students will be engaged in learning about forces and motion while using fractions in line plots. Students will record the spin time of different objects, they will display data

The students in this lab activity will play a competitive game with a small bouncy ball. The students will analyze the motion of the ball and apply projectile motion concepts. This activity requires

Students will determine the best materials to use to build their school budget. They will create several garden models and determine which garden they ultimately want to build. Students will then

Students will explain the difference between sink and float through hands on experiences in this early childhood lesson.

In this lesson students apply their Medieval Times knowledge and energy transfer to create a knight that will compete in a jousting tournament using spheros. The students will use a solo cup as the

In this lesson students will be exploring the ball drop phenomenon in order to gain an understanding of Newton's second law of motion. Students will observe the phenomenon demonstration and then

Students build a Tetrahedral kite while learning about problem solving, patience and diligence to finish a task. They will also be able to explain lift and force and apply the steps of the engineering

Students will research and use math calculations to set up a classroom worm compost bin to compare to a classroom non-worm compost bin to be utilized for observation throughout the school year for

This lesson uses magnets, playing cards, metal washers, and a PhET simulation to model the effects of mass and distance as acting forces on objects in our solar system.

Part 3 of the Unit. Students launch their rockets and record observations along with altitude data!

This lesson is an opportunity for students to learn about the past, the interesting field of nuclear radiation, and future implications to humanity as we encounter it in our spaces.

In this lesson, students will carry out an investigation to discover how increasing the mass of an object will affect its motion. Then, they will design their own investigation to discover how

In this lesson, students physically manipulate a couple of springs and then collect data from a spring force Phet simulator. Next, they graph the data, calculate the area under the curve of their

Get the athletic shoes ready! Students calculate their own physical power output by walking, and then hustling/running, up a flight of stairs in this engaging lesson. The change in potential energy

In this hands-on lesson, students explore engineering and art as they use the same materials as the three little pigs to create a structure that would survive the blowing of a wolf (fan). Students

This is a simple and effective lesson that explores the science behind pendulums. Students make a basic pendulum to explore the variables of mass and string length and compare results to their

Teachers will be introduced to the VEX V5 Robotic Platform. We will start with an Introduction to robotics and how robotics is used in industry. Students will understand the key resources they will be

This lesson plan focuses on Torque, assuming prior knowledge of Rotational motion, angular velocity, angular acceleration, and Newton's Laws for linear motion. It also introduces Newton's laws for

This lesson assumes prior knowledge of basic electricity and magnetism concepts and focuses deeply on Induction. Levels adjusted for 9th to 12th grade, dual enrollment and AP Physics.