Envision consoles in place of desks… computers instead of chalkboards…and a multimedia database for references. This is the Challenger Space Center. It’s an entirely different approach to education, where students actively participate in the learning process. Tomorrow’s techniques…today! |
Each of us has vivid memories of those particular moments as students when our ideas became organized and we suddenly “got it.” Teachers feel a similar exhilaration when they lead their students through a difficult concept and see it suddenly transform into knowledge. The challenge school instructors face is coming up with innovative lessons that explain increasingly complex topics. There is a frustrating quandary at play for educators in the Technology Age. While the need for science, math, and computer literacy has never been more crucial for American students, they consistently rank behind their counterparts in other nations. Students have an obvious fascination with space and technology, but how to turn that enthusiasm into an understanding of it?
A visit to the Challenger Space Center is one solution. Our programs, designed for students in grades preschool through high school, are active, not passive. They’re hands-on and minds-on experiences. Once students pass through the portal of the Space Center, they encounter an interactive computerized simulator with a Mission Control room modeled after the NASA Johnson Space Center and an orbiting Space Station. Students rev up their imaginations and transform themselves into astronauts, engineers and scientists.
A three-hour mission simulation at the Challenger Space Center is an innovative and exciting co-curricular experience. Prior to flying a mission, students have already worked through a series of preparatory materials in their classroom. These activities go beyond science to encompass a variety of interdisciplinary themes, from oral and written communication to math and art. A student’s experience at the Challenger Space Center becomes much more meaningful because it culminates weeks of classroom preparation and study. It is not uncommon to hear an eruption of cheers when students successfully complete their mission’s objective.
As students participate in one of
four available mission scenarios, they use the study of science as a springboard
to understanding essential life skills such as teamwork, communication and
decision-making.
Mission Scenarios
When students arrive at a Challenger Space Center, the class is divided into two groups-half of the students are assigned to Mission Control while the others are transported to the Space Station. Each student is assigned a partner on one of eight teams: Medical, Life Support, Isolation, Remote, Probe, Navigation, Communications and Data. At the mission’s halfway point, the partners exchange places so every student experiences both learning environments.
Commitment to Standards
All of the Challenger Space Center’s educational programs impart content
information and process skills to students through experiential learning.
These experiences generate understanding and learning by engaging students
in simulation-authentic, meaningful and illuminating reproductions of
real-world experience. These processes and content areas are found uniformly
in a host of national and state educational standards, chiefly the National
Science Education Standards, developed by a consortium led by the National
Research Council. All of the challenger Space Center programs meet or exceed
state and national education standards in the areas of mathematics, science,
language and workplace skills.
Pre-Mission Activities
Key to each student’s learning experience at a Challenger Space Center
is the preparation that takes place in the classroom in the weeks leading
up to a mission. Prior to the students’ mission, it is recommended that
teachers first attend an orientation program. During this half-day workshop,
they receive preparatory materials that they use in their classrooms. These
materials are specially designed to prepare the students for their mission.
The teacher is also given curriculum materials to help the students understand
the thematic topic of their simulated space flight. These activities go beyond
science to encompass a variety of interdisciplinary themes, from math to the
fine arts. It is this essential classroom component that lifts a mission at
the Challenger Space Center from the confines of an everyday field trip. Instead,
the mission becomes a touchstone for knowledge and camaraderie that will last
throughout the school year.
Prior to a mission simulation,
teachers and students are encouraged to spend classroom time learning about
the particular theme behind their chosen scenario. They have at their disposal
a collection of activities that are scientifically sound and educationally
rich.
©2003 Challenger Space Center • 21170 N 83rd Ave • Peoria,
AZ 85382
Tel 623.322.2001 • Open M-F 9a-4p, Sat 10a-4p
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