March 26 - The Galleries will close at 4PM. Last IMAX film is at 4PM.

All aboard! Rocky Mountain Express will propel you on a steam train journey through the breathtaking vistas of the Canadian Rockies, highlighting the adventure of building the nation’s first transcontinental railway....

The new digital show Cosmic Collisions launches you on a thrilling trip through space and time to explore the astronomical impacts that drive the dynamic and continuing evolution of the universe. From subatomic particles to the largest...

The iconic monarch butterfly is a true marvel of nature. It weighs less than a penny, yet it makes one of the longest migrations on Earth across a continent, with pinpoint navigational accuracy, to a secluded place it has never been. In...

The documentary adventure “To The Arctic” tells the ultimate tale of survival. Narrated by Oscar® winner Meryl Streep, the film takes audiences on a never-before-experienced journey into the lives of a mother polar bear and her twin seven-...









Check out our newly updated 21st-century Nierman Challenger Learning Center. With fresh graphics, state-of-the-art displays, and flexible mission scenarios, our Challenger experience is even better than ever! The realistic Mission Control mock-up and 21st century Space Station introduce students to the teamwork, technology and drama involved in space travel. All missions meet State Standards and State Framework for grades 3–12.
Monday – Friday
9:00–11:00 a.m. or 12:00–2:00 p.m.
$395 per mission; September — June
$295 per mission; July — August
$30 for teacher prep and materials
Prices subject to change without notice. Gallery admission included. Minimum of 16 students. Maximum of 36 students. Moon missions are available in even months. Mars missions are available in odd months.
Nierman Challenger Learning CenterClosely mirroring the work of astronauts in orbit, your astronaut team will perform science experiments onboard our futuristic space station simulator and communicate the results to their colleagues in the mission control simulator. Astronauts may monitor and test life support systems, work in the clean room to build and launch a scientific space probe, or use the isolation station robots to analyze extraterrestrial samples.
Our realistic, high-tech mission control simulator allows students to use computer consoles and video screens to monitor and direct a simulated space mission. While conducting research relevant to their mission scenario, students build effective communication, coordination, and decision-making skills.
Students in grades 3–4 can join our flight directors for a unique mission simulation! Each Micronauts program includes a one-hour Mini Discovery Mission and a one-hour extra venue activity that addresses the themes of physical science and technology. On each Mini Discovery Mission, young astronauts are part of an elite team of scientists, engineers, and mathematicians on the International Space Station. Traveling 230 miles above the Earth’s surface, they conduct up to 10 different hands-on activities such as testing the insulating properties of materials, classifying rocks, investigating objects under a microscope, and exploring the planets in our solar system.
The year is 2015. For the first time since Apollo 17 in 1972, a crew of astronauts is returning to the Moon. Their goals are to establish a permanent base to make further lunar observations, study the feasibility of creating a self-sustaining lunar settlement, and serve as a stepping stone for future manned planetary exploration. Navigating their way into lunar orbit, students launch a probe and analyze a variety of data to select a landing site for the S.S. Phoenix spacecraft.
Voyage to Mars in the year 2076 to replace a crew stationed on the Martian surface at Chryse Station—a permanent research base. In addition to continuing research, the students will calculate trajectories for entering and exiting Martian orbit and launch two probes to the Martian moons Phobos and Deimos. Stunning video images narrated by the Challenger flight staff teach students some amazing facts about the fascinating geographic features of Mars.
Teachers new to the Challenger Learning Center are required to attend a Teacher Prep training session—preferably at least one month prior to their students’ mission. The objectives of the Teacher Prep are to familiarize teachers with Challenger Learning Center procedures, help teachers maximize the learning experience for their students during the mission, and provide teachers with resources for incorporating the mission into their curriculum. Educational materials will be provided. Teacher prep must be repeated every two years.
The Nierman Challenger Learning Center at the Reuben H. Fleet Science Center is a part of a growing network of centers worldwide that are being established by the Challenger Center for Space Science Education in memory of the crew of Space Shuttle Challenger.