Take a "stroll"' through the solar system to investigate Earth in the context of other celestial bodies in our solar system, including other planets and moons. Students will be led through a lesson on the characteristics of the planets, and how they compare to Earth. A special focus will be put on characteristics that allow for life, like the presence of liquid water and an atmosphere, and which planets or moons may have features that support life in some form either now or in the future.

Step into the boots of an astronaut to experience life beyond this world. Including mission control in Houston and a launchpad in Cape Canaveral, students will observe the journey to space to eventually set foot into the International Space Station. By participating in experiments actually done onboard the ISS, students will explore the scientific method and the science and engineering practices that allow important discoveries to be made and pivotal technologies to be developed.

Take a look at the structure of atoms and how they have been modelled over time! Students will be able to observe the crystal lattice structure of salt and the formation of ionic compounds as well as the models of the atom that have been used over human history. Students will also have the opportunity to construct atoms of the first 10 elements of the periodic table using their knowledge of protons, neutrons, and electrons.

Take a "stroll"' through the solar system to investigate Earth in the context of other celestial bodies in our solar system, including other planets and moons. Students will be led through a brief lesson on the characteristics of the planets, including some of their moons and their own attributes. A special focus will be put on the planets and their axes, particularly Earth's own axis and how it - in relation to the Sun - causes seasons on Earth's surface. In this unique space, students will be able to experience in three dimensions how the Sun's energy is distributed across Earth unevenly due to its tilt. Students will be challenged to consider the effects that has on Earth's surface, as well as any potential similar effects on other planets according to their own tilts.

What is everything made of? In this experience, students will be observing the particle model of matter and its role in describing different states of matter. The lesson will range from observing the lattice of a salt cube to a particle chamber where the behavior of gases can be examined in different circumstances. Students will also be introduced to what is found in each of these particles, including subatomic particles and the opportunity to construct some atoms from protons, neutrons, and electrons.

Explore the planets of our solar system and their moons, with a special focus on Earth's Moon and how it looks from Earth and how it causes changes on Earth's surface.