Our Mission
Indianapolis Challenger Learning Center Mission Statement
"Our
vision is to create a scientifically literate population
that can thrive in a world increasingly driven by
information and technology. Our vision for the future
is a global community where students command their own
destinies by developing skills in decision making, teamwork,
problem solving, and
communication. This vision is based on a realistic
assessment of the skills needed for success in the 21st
century."

Indianapolis Challenger
Learning
Center Programs
Thousands of
students and teachers throughout central Indiana will
experience the excitement of space exploration this year
as part of the Indianapolis Challenger Learning Center
of Decatur Township simulation programs. Merging the
power of a child's imagination with the excitement of
discovery, students become engineers and scientists as
they "Rendezvous with a Comet" (suggested for grades
5 and older), "Return to the Moon" (suggested for grades
6 and older), "Voyage to Mars" (suggested for grades 7
and older).
Students work as teams in mission control and aboard a
spacecraft as they test their decision-making skills and
solve problems during this innovative, inquiry based,
space-themed science and math simulation. Pre and
post-flight activities allow teachers to prepare
students for their flight as well as use the experience
to delve further into science and technology careers.
Click here to learn more about the Challenger Center
National Program

What is the Challenger Learning Center?
A space science simulation for young people in
grades 5 and older and adult leadership training groups.
The
Challenger Center of Indianapolis offers 3 different simulations,
each based on National Science and Math Standards.
Individuals assume the role of a mission specialist
operating a spacecraft and mission control to
navigate the spacecraft and complete the mission.
Individuals work as a team performing jobs that
mirror science and technology careers in the real
world.
Individuals conduct experiments and model real
astronauts during their space mission.
