Space Science Kits & Materials
Left to Right: Energetic Aurora Kit, Cultural Connections Northern Lights Kit (6th-8th
grades), Hubble Resource Kit.
The museum has kits and objects available to explore space science. Each kit includes
hands-on objects, activity supplies and instructions, and resources to learn more.
Kits are designed for classroom use, but can be adapted to different settings and ages.
- NEW! Sun Discovery Kit: Introduce students to the Sun with a variety of STEAM activities. For all ages.
- Cultural Connections: Explore aurora science through Iñupiat culture and language. 4th-8th grades.
- Sunspotter: Safely observe the sun! For all ages.
- Energetic Aurora: Learn about the different aspects of studying the aurora. 6th-12th grades.
- Hubble Resource: Use images from the Hubble Space Telescope to investigate the universe. 5th-12th grades.
- Magnets: Investigate how magnets work, the Earth's magnetic field, and its connection to the aurora. For all ages.
- Aurora Homeschool Kit: Explore the northern lights! Listen to stories from Iñupiat elders, learn how energy from the sun creates the aurora, investigate magnetic fields, and make your own aurora artwork.
- Outer Space Homeschool Kit: Discover the wonders of outer space! Investigate methods scientists use to detect
exoplanets. Imagine how life might evolve on different planets. Explore astronomy
tools such as star wheels and astrolabes.
Materials for Educators
Our education staff would be happy to work with you to provide packets of space science activities and materials. We can customize activities based on your needs and interests.
We have provided materials and activities for the Fairbanks North Star Borough EAST
Summer Program, Camp Fire Anchorage, Dillingham 4H, the Resilient Alaska Youth (RAY)
program serving 11 rural Alaska communities, the Kuspuk School District in Aniak,
science teachers at Nome-Beltz Junior/Senior High School, and the Ketchikan Public
Library, among others.
Please contact us for further information: email@example.com
This project was funded under NASA cooperative agreement NNX16AL65A and cooperative agreement number NNH15ZDA004C. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Aeronautics and Space Administration.