Middle School Learning Labs
Our Learning Labs are typically 75 minutes in length. Our Labs are designed to support Next Generation Science Standards Cross-cutting concepts and content. Each Lab is hands-on and utilizes Science and Engineering Skills and Practices.
Please see our Challenger Center information for Space Science offerings for middle school.
Challenger Center - Space Simulation Mission
**Please note this is a 2 hour program experience.** Discovery Science Center’s Challenger Learning
Center is a mock space station and mission control simulation environment that promotes awareness of how technologies make space exploration possible. The simulation creates a cooperative learning atmosphere where students have opportunity to test out a STEM career underscored by teamwork, communication, problem-solving, and decision-making.
Explore different species and their anatomy as we study the evidence of biological evolution. In this class you’ll see examples that demonstrate common ancestry as we compare species and their ancestry.
Digging Through Time
Earth Science, Evolution
Travel, Remote, Onsite
What does the geosphere tell us? Dig deeper through the Earth as you study the layers and stratify of the planet you live on. What scientific information can you collect along the way that can be used to guide scientists in the future?
Engineering for Earth
Earth Science, Engineering
Are solar panels and wind energy helping us curb the negative effects of human consumption of the Earth’s resources? Let’s assess where our weaknesses are and devise a strategy to help our planet. Water consumption and conservation will be discussed along with the construction of a prototype water filtration system.
Learn about the genetic code that determines our features and join us on the Dragon Reserve and Conservation Operation (DRACO) to breed your own dragon! We’ll learn the difference between a genotype and a phenotype and “breed” our dragons to create highly adapted new generations of dragon!
What do chemists have in common with detectives? They have to look for distinct patterns in order to identify what they are observing. How can we see things that are microscopic, and why is that so important for scientists? We’ll use models to assemble a variety of simple molecules and then learn what glucose is, how it’s made, and how it can be broken down to give us energy.