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InTEL Project Interactive Toolkit for Engineering Learning

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Title: InTEL Project Interactive Toolkit for Engineering Learning


1
InTEL ProjectInteractive Toolkit for Engineering
Learning
  • Sue V. Rosser, PI
  • Larry Jacobs
  • Janet Murray
  • Wendy Newstetter
  • Christine Valle

2
InTEL NSF 2007-2010
  • Faculty Investigators
  • Sue V. Rosser (PI) Dean, IAC
  • Laurence Jacobs CEE, CoE
  • Janet H. Murray, LCC, IAC
  • Wendy Newstetter BME, CoE
  • Christine Valle ME, CoE

Graduate Assistants Calvin Ashmore, Sneha
Veeragoudar Harrell, Bo Yeon Lee, Brian
Shrank, Geoffrey Thomas, Daniel Upton
3
Problem
  • How do we create initial learning environments
    that encourage and motivate students to become
    engineers?
  • How do we attract and retain a diverse group of
    engineering students?

4
GA Techs COE 2001 Statics
  • 15 sections x 50 students per semester
  • Required for majors in Aero, Biomed, Civil,
    Environmental, Materials, Mechanical, Nuclear,
    Textiles Engineering
  • Elective for Computer, Electrical, Industrial
    Engineering
  • Think like an engineer
  • Established 2005 to unify CoE education

5
Outdated Textbook Problems
Beer, Ferdinand P., E. Russell Johnston, Jr. and
Elliot R. Eisenberg. VectorMechanics for
Engineers Statics, 7th Ed. McGraw Hill, New
York, NY. 2004. p.189.
6
Statics Learning Goals
  • Model-based reasoning
  • Ability to use Free Body Diagrams to describe a
    problem
  • Replace plug and chug math formulas with
    thinking like an engineer

7
InTEL Approach
  • Contextualize problems with real world examples
  • Connect diagramming of problems to procedural
    models of the physical world
  • Connect models to equations for integrated
    learning

8
Real World Problems
9
Basic Diagram
10
Building Free Body Diagram
11
Solving Equations
12
Generalizing Knowledge
13
Generalizing Knowledge
14
Leaning Tower of Pisa
15
Why Is It Still Leaning?
16
Manipulating the Model
17
Falling Tower of Pisa?
18
Falling Tower of Pisa?
19
Falling Tower of Pisa?
20
Falling Tower of Pisa?
21
In preparation
22
Outcomes
  • Conceptual understanding
  • Ability to apply concepts to problem solving
  • Self-efficacy and confidence

23
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