Middle & High School

A balancing act | grades 7-9

  • Raina Kishan

To keep us alive, every cell in the human body must obtain an internal steady state to properly perform their function. This steady state is homeostasis, which will be studied in this lesson plan by investigating a cell’s ability to maintain a steady state despite a changing environment. Each student will perform their own experimental procedure and gather their own observations before participating in a discussion and completing the assessment.

Acidic, Basic or Neutral? | grades 5-7

  • Raina Kishan

Acids and bases are two special kinds of substances. From the milk you drink with your cereal, to the dressing on your salad, almost all liquids are either acids or bases to some degree. The degree of acidity or basicity depends on the types of ions it contains. Highly acidic liquids, such as lemon juice, contain a large concentration of hydrogen ions. Whereas, basic liquids such as baking soda, contain a large concentration of hydroxide ions. Each student will perform their own experimental procedure using an indicator solution to determine if different solutions are acidic, basic or neutral.

Applications of X-Rays | grades 9-12

  • Jenna Freedman

This lesson is created to demonstrate the applications of some of the invisible waves found in the electromagnetic spectrum, specifically X-Rays. This lesson emphasizes wave properties and their importance as well as provides students with a hands on representation of how X-Ray imaging modalities, X-Ray machines and Computer Tomography scanners, function.

Arduino programming | grades 9-10

  • Adarsh Ettyreddy

The purpose of this lesson is to teach kids different types of sensors as well as how to solder. Students will then learn how to program using Arduino coding language and create their own light sensor and possible sound sensor.

Decoded: An introduction to Cryptography and Cybersecurity | grades 4-7

  • Sydney Jeffs

This lesson will introduce students to cryptography, the art of using codes and ciphers to hide secret information. Cryptography has ancient roots in Egyptian civilizations and has maintained a strong foothold in the realm of warfare and in its most modern form is implemented in cyberwarfare. Cyber has been deemed the fifth warfront behind air, space, land, and sea. Students will practice coding and decoding messages, and will be introduced into the binary language used by computers. A worksheet is provided to accompany the lesson and may be collected for evaluation.

Decoding the brain | grades 5-8

  • Mark Chen

We are surrounded by stimuli, which can be anything that causes a response. Some of that includes touch, light, sound – basically anything we can sense, and more (like electrical, magnetic). These senses are then converted to signals (or action potentials) that travel down our nerves to the brain, which then further processes it and either makes a response (move hand away from fire) or a memory (fire is hot). Specifically, students will first understand how the stimuli can travel down the nerve. Then, students will learn how the stimuli should be encoded as digital signals so that more information can be transmitted.

Energy in a circuit| grades 6-8

  • Adarsh Ettyreddy

The purpose of this lesson is to teach kids the concepts of electricity through demonstrations and construction of circuits using soldering techniques. Students will relate the concepts of voltage, current, power etc. to physical demonstrations and build circuits with lights in parallel and series to see how these values change.

Get focused! The Physics of Pinhole Cameras | grades 5-7

  • Sydney Jeffs

This lesson will provide an introduction to the properties of light and the ways in which it is reflected, absorbed and transmitted. These principles will be applied to the process of taking a photo. Students will construct pinhole cameras, and test various exposure times in a given setting. A worksheet evaluation concludes the lesson.

It's Only Rocket Science | grades 10-12

  • Nicholas Danyluk

Students will learn to calculate the trajectory of a real projectile. Specifically finding the initial velocity of a projectile in free fall from trajectory equations and from direct measurement. The students will compare these results and discuss what factors account for the discrepancy between the two values. Lastly, students will discuss Energy. Calculate the Kinetic and Potential Energy at different points in the trajectory.

Journey of Nitrogen atoms | grades 6-8

  • Nancy Zhang

The nitrogen cycle is a biogeochemical cycle by which nitrogen is converted into various chemical forms as it circulates among the atmosphere and terrestrial and marine ecosystems. The students will first learn the importance of nitrogen and nitrogen cycle. Then each group will act as a nitrogen atom and explore the translocation of nitrogen in the ecosystem. Students will have the opportunity to investigate the effect of human interference on the nitrogen cycle and use their knowledge and creativity to devise a solution to this Grand Challenge.

Learning Newton's Law of Universal Gravitation with java| grades 9-12

  • Serge Assaad

Introduction to Newton’s Law of Universal Gravitation and how it is used to predict orbits. Students write Java code based on laws of motion and gravitation in order to generate an animation of planets in orbit.

Make your own electric motor! | grades 9-12

  • Neel Bakshi

Students will be taken through a step by step process that will help them intuitively understand the fundamental processes behind the inner workings of an electric motor. They will learn about electricity, magnetism, and how they can be combined to create mechanical energy. Through a hands-on activity, they will create their own simple working model of an electric motor, and then use that learning to understand how the technology works in commercial electric motors.

Nuclear Fusion| grades 9-12

  • Neel Bakshi

Students will be taken through a step by step process that will help them intuitively understand the fundamental process of nuclear fusion. They will learn about the sun, and how it creates its energy from fusion. Through several hands-on activities, they will learn  what happens at the atomic level, and then zoom out to understand how the technology can be implemented on earth using fusion reactors.

Powering a car using solar energy| grades 6-8

  • Adarsh Ettyreddy

The purpose of this lesson is to teach kids the concepts of solar energy and how the energy can be harnessed to power a toy car.

Racecar design with Newton's Law | grades 6-8

  • Sam Osheroff

In this lesson, students will apply concepts related to Newton’s Third Law to design balloon-propelled racecars. Presented with time and material constraints, students will work in small design teams to identify ways to optimize their racecar over multiple rounds of testing before competing in a final challenge. At the conclusion of the lesson, students will reflect on their design process, evaluating the success of their racecar as well as their overall decision making.

Radioactive Decay | grades 8-10

  • Nancy Zhang

This lesson plan will introduce two concepts of radioactive decay to understand this phenomenon through two interactive in-class activities. In the first activity, students will use pennies to simulate different epitopes of the same element and explore the concept of atomic mass. In the second activity, students will use M&M chocolate to simulate the radiactive atoms and explore the radioactive decay process. Students will be able to elaborate radioactive decay and its importance in daily life.

Rube Goldberg | grades 5-8

  • Marley Zelinger

This lesson plan consists of two stages. The first is the introduction of simple machines and their relationship with force and work. In addition to introducing each individual simple machine the history and practice of Rube Goldberg machines is discussed as well. The second is the application of this knowledge to the building of a Rube Goldberg machine. This allows the students to think independently, gain experience with building something with their hands, consider problems in new ways, and practice the process of developing a machine.

Solar Cooker | grades 6-12

  • Benjamin Schoenleber

This lesson plan is designed to help middle school students understand the concepts of heat and energy.  It will also teach them the principles behind the engineering design process and describe just who engineers are and what they do.  The goal of this plan is for students to design and construct an oven that will increase the temperature of the contents using only the Sun as an energy source.

Solar energy: Constructing a Blackberry Solar Cell | grades 9-12

  • Nancy Zhang

In this lesson, students will investigate the development and use of solar power. They will examine the role of the sun as a source of energy and explore various methods humans use to utilize sun as an energy source. Students will also explore the history of solar energy. Then, students will construct their own solar cell.

Solar power | grades 9-12

  • Sam Osheroff

In this lesson, students will explore concepts related to solar power and solar power through instruction, discussion, and hands-on experience. After learning the basic ways in which solar energy is gathered and converted into electrical energy, students will work in teams to complete a design challenge with a simple solar powered calculator. Teams will work to disassemble a calculator, evaluate the components for their design and operation, recommend changes to improve functionality, and synthesize their findings for presentation to the class.

The Pop-Pop Boat | grades 6-12

  • Benjamin Hoover

The pop-pop boat was originally designed by the Frenchman Thomas Piot in 1891. Its design capitalizes on the simple properties of liquid water and its gaseous form, and is in essence a fun toy steam engine. The water is heated inside the boiler to produce steam, which builds pressure inside the boiler forcing water out the back of the boat. As the gas expands, it cools, which causes it to shrink and suck some water back in through the exhaust pipes. This process repeats for as long as the candle is burning. While the design of the engine is relatively easy to grasp, this design easily captures the mind of young children and college students alike. How can the design be improved? How does the engine keep running? What would happen if we were to make the boiler larger? With such a simple design, there is so much room to run away with design ideas and improvements.

Water bottle capacitors | grades 9-12

  • Benjamin Hoover

This lesson will strive to provide the students an intuitive and qualitative grasp of how a capacitor works in storing electric charge. At the end of the lesson, students will be able to: distinguish a capacitor from a battery, understand how voltages and energy can be stored in a capacitor, know where the capacitor fits into the history of electricity and science., and understand how to safely handle a capacitor with lots of charge (to discretion of teacher).

Watersheds| grades 6-8

  • Rachel Sit

This lesson will engage students with the idea of watersheds and the impact of pollution on local water sources and the environment.

Wave pendulum: Harmonic motion | grades 6-12

  • Benjamin Hoover

Pendulums were not formally recognized for their simplicity and usefulness until Galileo in the 1500’s. Truth is, pendulum motion can be described as a cycle just like many other phenomena in the observable universe. Can we experiment with data that corroborates / invalidates Galileo’s equations?