The document outlines the three phases of an instructional design model: planning, presentation, and practice.
The planning phase involves analyzing needs, identifying tasks, creating objectives, classifying objectives, and creating test items. The presentation phase is the medium used to transmit instruction. The practice phase engages learners to determine skills or knowledge gained. Evaluation should occur throughout the process.
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Ch 1 and 2 mercer and conrad (1)
2. DESIGN MODEL- THREE PHASES
The instructional design model
provides a system that (when
followed correctly) leads to
positive results.
Human Memory Structure
Sensory Memory
Working Memory
Long-Term Memory
The Requirements of Quality Instruction
3. PLANNING
Planning-the process of systematizing
the design activities so that each
instructional decision is informed by
previous decisions.
Identify instructional needs
Articulate learning objectives
Engage audience and
facilitate instruction
Test
5. PRACTICE
Practice- engaging the learner in
the learning process in an effort
to determine skill set or
knowledge gained.
Presentation and practice
sequence both emerge from the
planning process.
6. SENSORY MEMORY
Sensory Memory-describes ones
ability to make contact with the
environment through the
senses.
Presentation-Attention
management
Practice-Fading attention support
7. WORKING MEMORY
Working Memory- the area in
which ones conscience
thinking occurs.
Presentation-Cognitive load
management (small in capacity)
Practice-Fading cognitive load
support.
Cognitive load management-
refers to working memories
capabilities.
8. LONG-TERM MEMORY
Long-Term Memory- appears to
have unlimited capacity. The
challenge with long term memory
is integrating new knowledge
with the learners neuron
structure.
Presentation-Structural
management
Practice- Fading structural support
9. QUALITY INSTRUCTION
A system of events
Identifying needs
Developing goals
Designing strategies
Create materials
Revise and editing
*Evaluation should take place
concurrently throughout the
process
10. PHASES REVISITED
P Analyzing needs
L Identifying tasks
A Create objectives
N Classify objectives
Create test items
P Creating Supports For
R Evaluate
Attention management and
E
Cognitive management Revise
S
Structural
management
P Removing Supports For
R
A Attention management
C Cognitive management
Structural management
11. PHASES OF PLANNING
Analyze, identify, creating
objectives, classify objectives
and create test items.
Develop presentation
Develop practice
Develop evaluation
*Ensure that all phases are
congruent (each phase agrees
with and supports the others)
12. PLANNING PHASE INCLUDES
Determining problems to address
Determine tasks to involve
Learner consideration
Classify and describe goals
Consider learning domains
13. CHAPTER 2 - PLANNING
Analyzing Needs
Is this an instructional problem or
something resulting from another
factor?
Two main sources to examine for
needs (Van Merrienboer, 1999)
1. World of Work usually
occupational, new tools, new
employee, performance
issues, prioritized by
Picture - http://sprouseart.blogspot.com/ danger/economics
2. World of Knowledge fields of
study, content areas, what an
individual knows or doesnt know
14. CHAPTER 2 - PLANNING
Identifying Tasks how do you meet the discovered needs?
World of Work World of Knowledge
Procedural analysis Usually content
examination to reveal
updates/clarifications
needed
Produce comprehensive Changes can result from
list of knowledge and skills studies performance
to achieve desired analysis on World of
performance Work
Be mindful of sub-skills
Leads towards creation of learning objectives
Picture www.brighthubeducation.com
15. CHAPTER 2 - PLANNING
What do you want the
learner to be able to do at
the end of instruction?
Three components of good objective
1. Behavior WHAT the learner will
be able to do
2. Condition WHERE and HOW
(accommodations, environment)
3. Standard TO WHAT DEGREE
Picture socialwants.com
some measure/level of mastery
16. CHAPTER 2 - PLANNING
Components of a Learning
Objective
Given a pair of binoculars, on night Conditions
with sky visibility at ninety percent,
within thirty minutes the astronomy
student
will be able to identify and list the Behavior
relative coordinates of the planets
Mars, Venus, and Jupiter
on at least two out of three Standards
separate viewing nights.
Taken from Designing Online Learning with Flash by David
Richard Moore, pg. 19
17. CHAPTER 2 - PLANNING
Classifying Objectives
Gathering together objectives that
are alike in order to help
choose appropriate
instructional strategies
(known to be successful for
that type of objective)
http://tarateach.blogspot.com/
Taken from http://tarateach.blogspot.com/
18. CHAPTER 2 - PLANNING
Create Test Items
Important to have a clear
connection between
objectives and test items to
produce valid and credible
instructional design
(assessments)
Taken from
http://infertility.about.com/od/infertilitytreatments/ss/ivf_treat
ment_10.htm
Editor's Notes
Designing Online Learning with Flash by Mr. Moore utilizes an instructional design model that focuses on three phases. Those phases include planning, presentation and practice. It bases the phases on the concept of human memory structure creating a process that best meets the need of the intended learner.
Planning is considered to be the most important part of the process. During this phase the expectation is that either you have already assessed the learner or that it will be one of the earlier components of the process so that planning can also include how the material will be presented and assessed.It is during this phase that goals will be identified, outlined, and devloped.
Presentation includes deciding which medium or how many mediums need to be utilized to engage the learner in an effort to effectively instruct the learner. Considering that this is an online learning environment the great advantage is that multiple mediums can be utilized simultaneously to engage the learner and effectively transmit the desired information in a manner that is meaningful and relevant.
Practice is the point in the learning process where the trainer/educator can do multiple things. Through observation the educator can determine student comprehension as well as further reinforce learning.Practice is the opportunity for the instructor to truly create a learning process in which the learner actively is involved and hopefully engaged.
Sensory memory relates to physically interacting with the environment and gaining knowledge through the senses. This is strongly supported by constructivist, constructionist, and situated learning theories that all advocate actively involving the learner in the process.In the presentation mode sensory memory relates to actively maintaining the learners attention where as in the practice mode the instructional supports are removed and the learner is expected to produce material that will enable the educator/trainer to best determine the level of comprehension .Sensory memory once again supports allowing the learner to actively engage in learning and produce material based on learning received and the level of comprehension on the part of the learner.
Working memory is where the learner digests the information received. What the instructor/designer must consider here is the cognitive load (the mind can only take in what the seat can endure).think of it in terms of RAM.The practice component of the working memory is when the instructor allows the learner to utilize the material learned and produce a result.
The end goal for every instructor is to create instruction in a manner that leads to residence of that instruction the long term memory of the learner in a manner that even when the structural support s are removed.
Any designer must consider the stakeholders involved in the process of instruction or the development thereof. Quality instruction should be the end goal from the very beginning.
World of Work do or dont know the HOW TOWorld of Knowledge do or dont know content within a field of study
Jonassen, 1999 Document the terminal performance of the taskIdentify an expert to model the performanceObserve and interview the expertDocument the performance in a tableReview the table with the expert