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SEPTEMBER 2017 \ BUILDING DIALOGUE \

27

K-12 setting to higher ed is that they provide

tools for learners to turn concepts into some-

thing physical.

At Roots Elementary school in Denver, we

designed a maker space as a section of a larger

room. Here, students as young as kindergarten-

ers begin to learn traditionally advanced con-

cepts like geometry and physics by building

things, be it a tower of blocks using different

shapes, or building a bridge from one student’s

desk to another. At younger ages, the tools they

use don’t need to be sophisticated: Legos, build-

ing blocks and even paper can all be used as

tools to solve problems and create physical

solutions.

As students grow, their tools become more

advanced. High school and even middle school

students may have access to 3-D printers and

laser cutters. Devices and machinery become

more advanced and specialized as they advance

to college. Whether students are building an actual device or

coding a computer program, the maker space will have the

flexibility for students to explore many different avenues of

“making.”

Maker spaces in educational settings help students learn

how to work together, support one another, and bridge dif-

ferent disciplines when it comes to solving problems. Student

makers may work on their own, but the opportunity to col-

laborate with new people, forge connections and develop new

ideas together are key pathways to producing creative, viable

solutions. At a younger age, the option to continue learning

in a dynamic, fun way outside the traditional classroom can

spur excitement and creativity. As time goes on, maker spac-

es have the power to help students customize their learning

processes and even their degrees, encouraging students to see

beyond their immediate major and take their education into

their own hands during college and beyond.

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dschafer@ozarch.com kyamasaki@ozarch.com

ELEMENTS

Maker Spaces

James Ray Sphan

The Red Cloud Peak building on Front Range Community College’s Larimer

Campus includes a completely redesigned ceramics and metals lab.

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