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Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

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Page 1: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Research That Guides Practice:Designing Instruction

for theDistant Learner

orEquivalency Theory

and theU-M-T Approach

Michael Simonson

Page 2: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

http://www.nova.edu/~simsmich/

Page 3: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 4: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

"When I was a kid, I had to walk three miles each way to school. The snow drifts were seven feet high, and I had no shoes."

"Gee, Granddad, that's nothing. Today I had to go to Paris for my French class, MIT for computer science and the New York Stock Exchange for economics"

Welcome to the world of distance learning.- Paul Butera, Ameritech Magazine

Page 5: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 6: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 7: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 8: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Redefinition of Distance Education

Redefinition of Distance Education

Institution based formal education where the learning group is separated, and where interactive telecommunications systems are used to connect learners, resources and instructors.

Institution based formal education where the learning group is separated, and where interactive telecommunications systems are used to connect learners, resources and instructors.

Page 9: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

STSPSTSP

DTSPDTSP

STDPSTDP

DTDPDTDP

Coldeway's QuadrantsColdeway's Quadrants

Page 10: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 11: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 12: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

“The best current evidence is thatmedia are mere vehicles that deliver instruction but do not influence student achievement any more than the truck that delivers our groceries causes changes in our nutrition.”

Richard Clark

Page 13: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Edgar Dale's Cone of Experience

Verbal Symbols

Visual Symbols

Radio and Recordings

Still Pictures

Motion Pictures: Edited Mediated Reality

Educational Television: Real Time, Mediated Reality

Exhibits: Edited Reality

Study Trips, Viewing Reality

Demonstrations: Learner Becomes a Spectator

Dramatized Experiences: Involving, Qualitative

Contrived Experiences: Representation of Reality

Direct Purposeful Experiences: Multisensory, Highly Qualitative

XII

XI

X

IX

VIII

VII

VI

V

IV

III

II

I

Symbolizing

Observing

Doing Least Abstract

Most Abstract

Page 14: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 15: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Face to FaceInstruction

Distance DeliveredInstruction

TeachingTeaching

Page 16: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 17: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Equivalency Theory of Distance Education

Equivalency Theory of Distance Education

“Learners, distant and local, should be provide equivalent learning

experiences in order for them to achieve similar learning outcomes”

“Learners, distant and local, should be provide equivalent learning

experiences in order for them to achieve similar learning outcomes”

Page 18: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Learning Experiences

Anything that happens to or with a student that promotes learning, including what is observed, felt, heard, or done.

Page 19: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 20: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Instructional Designfor

Distance Education:

The U-M-T Approach

Page 21: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 22: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 23: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Equivalency Units (vs. Carnegie Units)

Modules (3-5/Unit)

Topics (3-5/Module, each with a Learning Outcome)

Page 24: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

An ExampleAn Example

3 Credit Course

Carnegie Unit Course =

3 x 750 minutes of class time = 2250 minutes or ~45, 50-minutes classes

Equivalency Unit Course =

3 units, with 3-5 modules each, with 3-5 topics each, or ~ 45 topics, and 45 learning outcomes

Page 25: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Chunking of Information

Pre-Chunking Post- Chunking

Page 26: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

3 x 5 x 5 Approach3 x 5 x 5 Approach

3 Units/3Credit Course

5 Modules/Unit

5 Concepts/Module

&

1 Objective/Concept

3 Units/3Credit Course

5 Modules/Unit

5 Concepts/Module

&

1 Objective/Concept

Page 27: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson
Page 28: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Unit

Module 1

Module 2

Module 3

Module 4

Module 5

Concept 1

Concept 2Concept 3

Concept 15

1 Semester Credit = 1 Unit = 5 Modules = 15 Concepts

Page 29: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Assessment MethodsAssessment Methods

• Objective Tests• Short Answer Tests• Extended Answer Tests – Essays• Practical Tests• Situational Assessment/Skill Assessment• Assignments and Projects/Presentation & Oral

Assessment• Portfolios

• Objective Tests• Short Answer Tests• Extended Answer Tests – Essays• Practical Tests• Situational Assessment/Skill Assessment• Assignments and Projects/Presentation & Oral

Assessment• Portfolios

Page 30: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson

Recommended Distance Education Assessment Plan

Recommended Distance Education Assessment Plan

1. Outcomes Based: With Student and Instructor Constructed

2. Modified I/S Scheme: Student Weighting of Assignments or Multiple Assignments

3. Objective Tests – Knowledge/Comprehension-level Objectives

4. Projects and Portfolios with Rubrics – Analysis/Application Level Objectives

1. Outcomes Based: With Student and Instructor Constructed

2. Modified I/S Scheme: Student Weighting of Assignments or Multiple Assignments

3. Objective Tests – Knowledge/Comprehension-level Objectives

4. Projects and Portfolios with Rubrics – Analysis/Application Level Objectives

Page 31: Research That Guides Practice: Designing Instruction for the Distant Learner or Equivalency Theory and the U-M-T Approach Michael Simonson