In this 4-week course, students explore magnetism, electricity, photons, solar energy and the amazing impact of quantum physics on our daily lives! We'll learn about fascinating Electromagnetism concepts, while connecting these concepts to intriguing inventions like electricity, wind power, maglev trains, x-rays and photovoltaic solar cells. 

This course explores the following topics --
Session 1: Magnetism & You - In this session, students learn about the underlying quantum physics concepts that explain magnetism. They will also learn about how magnetism is critical to life on earth, and how magnets and electromagnets are used in everyday life in hidden and surprising ways. 

Session 2: Electricity with Magnets? - In this session, students explore one of the most important discoveries of the modern age: how electrical current can be induced in conductive wires via moving magnetic fields. This is the method used to generate 90% of electricity worldwide today! The class will discuss the many forms of magnetic induction electricity generation, as well as the pros and cons of each.

Session 3: Photons & You - This session introduces students to the amazing science of photons and the electromagnetic spectrum. We'll learn how our sun radiates photon energy in a wide range of wavelengths, most of which are invisible to human eyes, and discuss how long it takes photons from the sun to reach earth. We'll discuss how and why atoms release photons in the first place, and then dive into the full range of the photon electromagnetic energy spectrum, from the largest radio waves to the smallest gamma rays. 

Session 4: Solar Energy and Solar-Powered Electricity Generation - The sun is our planet's greatest "free" source of energy, and inventors have developed a wide range of ways to tap into this abundant energy source. We'll discuss inventions that utilize solar heat (thermal) energy, such as solar hot water heaters, solar cookers and passive solar homes. Then we will delve into the more complex topic of electricity generation utilizing photons. We'll investigate the atom Silicon, and discuss how scientists create layers of Silicon in a photovoltaic cell to allow photons to energize electrons, creating an electrical current flow. 

The course incorporates physical demonstrations, educational presentations, guided questions, student discussion and interactive activities by students during class time. The classes are structured to scaffold complex topics in supported stages. Educational presentations on quantum physics concepts alternate with interactive activities including drawing, physical exploration and discussion. The course explains the atomic-level workings of electrical engineering and energy inventions, introducing students to the quantum physics concepts underlying modern technology.