Building Community Through Collaboration

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At the 2013 Coleman Institute for Cognitive Disabilities’ National Conference, Imagine! tech guru Alex Andrews and University of Colorado Professor Melinda Piket-May gave a presentation on a collaboration which involved CU Engineering students creating assistive technologies for individuals with developmental disabilities served by Imagine!. The collaboration has been very successful. Check out the presentation to learn more.

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People of all ages and abilities can participate in engineering design at different levels.

Imagine . . .

So Why Do We Do It?

“I hear… I forgetI see… I rememberI do… I understand”

—Confucius - c. 500 BC

“Tell me – and I forgetTeach me – and I may learn

Involve me – and I remember”—Benjamin Franklin

The ITL Laboratory

• A three-story 34,500 sq. ft. building• Visible, flexible architecture and

systems• More than 85% student-usable space• Open laboratory spaces linked by a

high-speed computer network• Supports design/build/test activities• High usage: 4,200+ students in

65 courses/yr

Manufacturing Center“Create what you dream”

A range of fabrication tools:• 2 CNC mills• CNC lathe• 3-D rapid prototyper

• 2 CNC laser cutters• Conventional machine tools• Pneumatic hand tool bench

First-Year Engineering Projects

• College-wide initiative; mix of majors• 17 sections annually; small class size

(32)• Hands-on interdisciplinary design teams• Outstanding, student-focused teachers• Cooperative, success-oriented culture• Intro to the excitement of engineering• Taught in limited-access design studios

Engineering is about creating things that

benefit society

• Introduction to engineering as a career

• Function in a multi-disciplinary team• Experience the design/build process• Engineering methods• Communication skills (oral and written)

FYEP Course Goals

FYEP Student Benefits

• Motivation for learning– Student “ownership” in projects

• Introduction to ITL resources• Enhanced problem-solving

ability– Open-ended problems require

“learning how to learn”

• Improved retention• Enhanced confidence in

engineering skills• Higher technical performance

– Higher GPA in subsequent courses– Graduates highly valued for their high

technical performance

More Student Benefits

CodePlace puzzle piece in

As a row is completed, lights turn on and a

tune will play

When entire puzzle is completed, grand finale of lights and

song will play

Wireless Infrared Mouse

Uses an infrared LED mounted in a case worn on wrist, a WiiMote (infrared receiver), and a computer

WiiMote Whiteboard translates

wristband movement into

cursor movement

Wireless InfraRed Mouse (WIRM)• Made specifically for Gerald• Delivered and used successfully• Used existing hardware/software making

product design more user-oriented

• Staff– Provides opportunities for staff to

participate in creating solutions for the clients they work closely with.

– Provides staff a new activity to engage in with the client.

How the Collaboration Benefits Imagine!

– Cause and Effect Projects • Off the shelf products are cost prohibitive

• Clients find specific activities/objects reinforcing

• Prefab products rarely offer the combination of specific reinforcements that would lead to client interest.

• Utilizing simple interfaces that allow clients to participate

– Sliders, switched, touch pads, etc.

How the Collaboration Benefits Imagine!

Challenges

• Resources– Hands-on projects take time and money– Self-funded student projects encourage

learning fiscal management– Storage (everyone needs a garage!)

• Ensuring equal participation/learning• Faculty role:

– Facilitator - Coach vs. holder of all knowledge

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