STEM Lesson Plans

Students will use an online planetarium and participate in a kinesthetic model activity in order to develop and revise a model explaining the apparent motion of the stars in the night sky.

This is an introduction to exoplanets and their discovery. In the hands-on activity, students make a lightcurve for an exoplanet transit using data from the DIY MicroObservatory Telescope Network.

In this 3 day lesson plan, students will discover the relationships between the sun, earth, moon, solar/lunar eclipses and the tides.

An investigation into the function and uses of solar panels in agriculture - Agrivoltaics. Exploring how to get the most efficient use of your solar panels for your gardens.

Students from the Trigonometry class can construct the Sundial and see the Experimental application of Trigonometry. Student will not just delve into the trigonometry, but they will also see the

In this lesson, students will be introduced to the concept of solar angle and how Earth’s tilt on its axis and revolution around the sun are responsible for seasonal changes in temperature, daylight

Get your students up and moving! Together, you and your students will move and create a model of the solar system. Your kinesthetic learners will love this lesson! The solar system comes to life

In this lesson, students will be creating a working model demonstrating Earth’s rotation and revolution. Students will be able to explain the differences between Earth’s rotation and revolution

This lesson serves to provide an extension to lesson one. In this lesson, students will have the opportunity to build their own model of the solar system to scale, utilizing math concepts of exponents

Students will explore the phenomenon of length of day that is created by Earth's tilt on its axis in relationship to its orbit around the sun. Students will collect and analyze data about the length

This lesson serves as visual example of the concept of exponents and how scientific notation is utilized in science. Additionally, students will utilize scientific notation to measure distance of

In this lesson, students use the Kepler’s Laws PhET Simulation to collect data on the period and average radius of the planetary orbits. They graph and analyze that data to derive Kepler’s 3rd Law.

This lesson uses a PhET Simulation to allow students to collect data on the orbits of planets around our Sun, then summarize and share their results. It is designed for students in Grades 9-12.

Students will explore how gravity plays a role in orbits and the attraction between objects in space, using online simulations. In addition to the online simulations this lesson contains ideas for

This is a high-school level hands-on project that allows students to build their own working sundial, make predictions and assess their accuracy. This lesson ties in with the study of Kepler's Laws.

Students learn about the Colorado River watershed and the impact of water rights and usage. They will read about the past and present water flow data, build a model of the watershed, calculate data

This lesson is an activity to see what an angle is and how is can be used to approximate the time of day or even navigating vessels by measuring other celestial bodies. Students will use sextants to

I use this lesson as a fun activity to visualize unit conversions and the immense scale of the universe. I love this lesson because I find it challenging to teach unit conversions with hands-on

Students will focus sunlight through a pinhole onto a sheet of paper. Knowing the distance between the projection and the pinhole allows students to calculate the diameter of the Sun using ratios.

This 2-Day STEM lesson takes place in a science classroom after students have explored the sun and solar system (including our planet, the moon, and asteroids), and is intended to focus on

Students will discover the hazards to humans in space and design a space suit to address those hazards.

In this five days lesson plan or a class project, I used a picture book, "Seeds of Change: Exploring Wangari Maathai's Tree-Planting Efforts". This lesson plan is great for 6th -8th-grade students. In

Students will take the rover models they built using LEGOs in Design a Rover Part 1. They will improve on their design in Tinkercad and build a model that will be printed utilizing a 3D printer. Their

In the lesson plan, students will embark on an exciting engineering challenge as they construct and program their own robot rovers to strategize a mission to the Moon. Throughout the lesson, students