Web-Based Instruction > The Learning Process > Pedagogy

Web Pedagogy - Instructional design and delivery
 

The dawn of the information age is behind us.  But don't get too excited:  it's still morning, and there's a long way to go before lunch.  (Steven M. Schneider)

Rich information environments and communication are not enough to improve learning.

If pedagogy doesn't change, learning won't.  Why would changing the mode of delivery enhance learning?

The Web is an excellent vehicle for facilitating group work, but it is a lousy vehicle for reading.

The Web is a powerful cognitive tool (a technology that enhances thinking, problem-solving, and learning).
 
 

"A Model to Guide the Integration of the WWW as a Cognitive Tool in K-12 Education," by Thomas C. Reeves, Instructional Technology Department, College of Education, University of Georgia.   Fulltext  in pdf (select Web in K-12/AERA 1999 Paper).

WEB-BASED LEARNING CAN ACCOMMODATE THESE DIFFERENT INPUTS TO THE LEARNING ENVIRONMENT:
 

  • Individual differences (learning styles, prior experience, interests, disabilities, etc)
  • Cultural habits of mind (some cultures emphasize rational problem-solving and critique, whereas others place more value on normative communication and shared understanding)
  • Origin of motivation:

  • WEB-BASED LEARNING SUPPORTS THESE PROCESSES OF LEARNING:
     

  • Instructivism - effectiveness is unproven
  • Constructivism - effectiveness is proven
  • Cognitive learning theory
  • Metacognition - learning to learn

  • Goal Theory of Motivation

  • mastery - improve ability, intrinsic motivation
  • performance - prove ability, extrinsic motivation

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    Classroom tasks that influence mastery goals:

  • interesting and diversified
  • perceived as meaningful and useful
  • student control (content and pace)
  • reasonably challenging with short term goals

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    Acquiring knowledge or learning skills?

  • knowledge needs to be connected to other knowledge
  • skill can only be learned by practice and feedback
  • Performance aids can often reduce the training needed and so are very cost-effective
  • jog memory:  checklists, labels, diagrams, codes, mnemonics
  • improve information:  different kinds of signals, automatic reminders, rules, blocking information that is not essential, feedback
  • reduce complexity:  calculators, tables, algorithms, procedures, graphs, decision trees, simulations, printed formats
  • identify something quickly:  colors, labels, shapes

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    Web-Based Learning: A Librarian's Guide: Home
    By Carolyn Johnson
    email:carolyn.johnson@asu.edu