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Dr. Jerry Kemp
is considered by many to be the father of Instructional Design. He has broadcast his message to educators, administrators and
politicians throughout his career with significant results. Today,
as we develop curriculum materials for interactive multimedia and
distance learning, instructional design is our initial concern. It
provides a blueprint to ensure effective integration of curriculum
and technology to facilitate teaching and learning.
Distance
education continues to expand educational opportunities for students
with flexible, highly interactive formats to serve a diverse population
of learners at many locations. Availability of two-way audio/video,
computer networks, and the World Wide Web enables integration of technologies
to provide powerful tools for teaching and learning. A systematic
approach to instructional planning is required to provide quality
education for a diversity of learners and learning environments. Initially we base our decisions and actions on past
knowledge and experiences with the assumption that something new should
fit within established and accepted patterns. Is it not true that
most people still think of education as conducted by a teacher standing
at the front of a classroom, frequently talking and using a blackboard?
They see students, seated in rows listening, and when directed, answering
questions or reading from a textbook and completing workbook assignments.
This approach to education is now changing. As teaching moves into distance learning, teachers recognize
that the planning requires attention to concerns that are often ignored
or not treated as important in conventional classroom teaching. These
include:
·
Motivate expectations of students before
instruction starts and offer support to them before, during, and after
instruction takes place.
·
Overcome the impersonal nature of distance
learning and the lack of direct human support students encounter by
ensuring that adequate communication takes place between individual
students and the instructor, and among groups of students.
·
Help students self-discipline themselves
to manage study time and fulfill responsibilities for participation,
completing assignments, engaging in projects, making contacts with
other students through interactive media, and so forth.
·
Decide how to determine that students
exhibit positive behaviors of being actively involved in acquiring
knowledge and practicing new skills.
·
Determine how students can interact
with each other at different locations between class sessions.
·
Accommodate students who miss a session,
or otherwise are unable to follow a preset schedule.
·
Coordinate activities and responsibilities
with local teachers, parents, facilitators, and assistants, including
those who operate local receiving equipment.
·
Integrate and control the use of diverse
media by teachers and students.
·
Recognize the potential for technical
problems at both the instructor’s facility and at student site
locations and how to be prepared to overcome them or substitute with
other media or activities. Because of these and other requirements, it should be recognized
that many interrelated factors must receive specific attention when
planning a distance-learning program. Neglecting or improperly treating
any of them can lead to confusion and even unsatisfactory results.
Therefore, a comprehensive, systematic process is necessary for designing
a distance education program.
A PERSPECTIVE for EDUCATIONAL PLANNING Ask yourself: “What are your beliefs and practices that
reflect your approach to education as required in today’s society?”
Some years ago a colleague, Dr. Ron McBeath,developed a model that
helps us to examine and categorize our own beliefs and actions within
the educational process. This perspective can be most helpful as a
new instructional technique like distance education becomes widely
applied. McBeath identified three patterns of educational change and
transformation that can be related to the shifts in society from the
Agricultural period through the Industrial era, and now into the Information
age. These patterns reflect the principles, practices, and outcomes
of the educational process for each stage as shown in Figure 1 on
the following page. (Please review it before proceeding.) Which
Stage needs primary consideration in distance learning? Essentially
your reply should be “Stage 3”
as it fits most educational needs of our students today who are living,
will be working, and raising families in this Information age. As
McBeath states in an early article:
The move in education today is away from
autocratic and laissez-faire toward democratic control; from doing
things to and for students to doing things with them. Through this shift in control, responsible
freedom for students is more attainable. It is significant that this
move toward practices of readiness, involvement, and inquiry are most
likely to produce outcomes such as response mastery, adventure, and
self-actualization. These are all important for educating students
in today’s rapidly changing society.
Figure 1 A Model Depicting Educational
Change as Sequential and Transformational
(Adapted from R.J. McBeath, “Is Education Becoming?”
AudioVisual Communication Review (Spring 1969, pp. 36-40).
You
may still feel comfortable with some elements in Stages 1 and 2, but
realization and practice should gradually move to encompass all the
components under the Stage 3 principles, practices, and outcomes.
Taking into account the requirements of the Stage 3 factors and the
specific complexity of the distance learning process, an orderly,
systematic design of instruction should be used. This can offer a
practical way to guide you for deciding on and accomplishing the goals
of a program that potentially lead to positive attitudes about learning
by all participants, comprehensive high levels of student learning,
and program success for teachers and support personnel.
A DESIGN PLAN
The
following operational questions, within five major phases of a systematic
plan, should be answered as your planning proceeds. (Following each
question, as appropriate, brief explanations or examples are included.) Analysis
Phase
1.
A distance education program being developed should
overcome what educational
problems or serve what student learning needs?
2.
What is the purpose or goal
for the program?
3.
What priorities and constraints for the program need recognition as the planning starts?
(time frame for implementation, monetary and other resources, relationship
to other participant activities, other logistics) Developmental
Phase
4.
What basic
skill areas, curricula topics, interdisciplinary themes,
and problem-based
projects should comprise the instructional program?
5.
What subject content supports each skill, topic, theme, and project? (facts,
concepts, principles, procedures, beliefs and values)
6.
In terms of subject content, what
learning objectives
should students attain for each topic or theme? (areas of knowledge,
skills, and attitudes, written so each one contains a verb that describe what learning is to take place and the
content to be treated;
and optional parts consisting of a performance standard that indicates the minimum acceptable accomplish in measurable terms and
any special conditions
under which the learning would take place. This component of planning
should relate to the standards
that are part of the concern for meeting accountability in education
today. An example of a learning objective
might be: Using a world map (condition), locate
(verb) five contact areas (content)
in which the Cold War took place
with an accuracy of 90%
(standard). (Note: Students should receive a list of required
objectives prior to the start of instruction for the topic or theme.) 7. What
is the level of each student’s preparation for studying a topic
as determined by pretesting?
(required prerequisite knowledge and skills; level of present competency
with topic and theme objectives to be taught) Based on pretest results,
some students may require review or remedial instruction in prerequisites.
Others may be able to skip some instructional content as they already
have acquired the knowledge or skill. Careful planning and direction
of individual students may be required because of such shortcomings
or advanced ability. 8. What
instructional methods
and learning
activities can be used
to accomplish the objectives? (teacher presentation with student participation,
self-directed student learning, student-to-teacher or student–to-student
interactions) Recognize that frequently more than one method should
be used to accomplish topic objectives so as to serve the various
learning styles of students.
9.
What communications technologies
and instructional resources
are available and most suitable to carry out instructional and learning
activities? (broadcast system, video system, and/or data communications
system including connection to the Internet; media forms include print,
audio, still/motion projected, electronic forms in many categories,
and multimedia types) Evaluate those available, recognizing advantages
and limitations; make selections for use in conjunction with the instructional
methods and activities specified in #8 above.
10.
What logistical support is required
to initiate and maintain the instruction and learning? (budget, facilities,
equipment, materials, personnel services, schedules)
11.
How can attainment of learning
objectives (evaluation
of learning) by students be determined? (student self-testing, teacher’s
written test forms, reports, project results, and student portfolios;
latter types judged with rating scales) Implementation
Phase
12.
Do the results of a program tryout
indicate need for any changes or improvements to meet expectations?
(test run with sample of student population to determine how well
learning objectives are being accomplished, within the time schedule
and use of resources, along with reactions and suggestions from program
participants, leading to necessary revisions before full implementation)
13.
What other matters may need consideration
when implementing and managing the program? (orient and train support personnel to
build skill and confidence in their participation; orient and guide
student participants; using databases and other methods for record-keeping
including schedules, student progress, budget and expense categories,
inventories of materials for use, and so forth; keep involved and
interested persons informed and updated on results and progress; maintain
teacher competencies on advances in technologies and new practices
for distance education) Program
Evaluation and Revision Phase
14.
After initial use, does the program
meet an acceptable
level of learning competency and other positive behaviors
for following groups of students; if not, what revisions should
be made? (Consider the questions: What reactions are received from
students, parents, teachers, and program support personnel? Which
program components have satisfied the goal originally set? Which program
components need attention for improvement or revision?)
15.
Does the program operate in a cost-effective and efficient manner? (Consider these questions: To what degree do students achieve
competency with the learning objectives? What student gains are there
between pre- and post-testing? {effectiveness} How well does the program use personnel, teachers,
facilitators or coordinators, time, facilities, and funds? {efficiency leading to cost effectiveness}) Use a survey
and a few open-ended questions to obtain reactions, attitudes, and
concerns about the program from students. The results of these evaluations
may require modifications for the next time the program is offered.
16.
With success, are there extensions
of the program to consider? (serve new groups of students, initiate
a next level course, or expand to additional courses and instructors)
While
the above questions are stated in terms of a program being newly developed,
the questions and follow up comments can also serve as review and
evaluation for a presently operating program. As
educators read the above questions, they may feel confident that they
are knowledgeable about many of these topics, often having studied
them during teacher education and then applying them in teaching.
Also, administrators and teachers who are involved in distance education
may believe they already use the components of systematic planning
introduced here. These opinions may be true. If so, for such persons
the information here can be a reinforcement, review, and extension
of what they now do. But experience has shown that in many situations
these beliefs and practices are rarely substantiated. Few of these
components in systematic planning receive the detailed attention and
careful applications that are necessary in comprehensive distance
learning programs.
SUGGESTIONS FOR MANAGING THIS PLANNING PROCESS
While
the 16 above questions can lead to the successful design of a distance
education program, they do not have to be applied in a linear order
as separate steps within a procedure. You will recognize that each
element can affect the development of other ones. Insights gained
in later planning stages often lead to revisions of earlier ones.
Therefore as you proceed, you will find that changes, deletions, reordering
items, and additions may be necessary. For example: Following the
development of learning objectives for a topic, you might next decide
on testing methods so there is a tight relationship between objectives
(component 6) and evaluation (component 11). Maintaining an open mind,
with some creative thoughts, and being flexible are essential throughout
the planning process. Here
are some additional suggestions that can help when designing, implementing,
and managing a distance education program:
·
Keep in mind the Stage 3 principles,
practices, and outcomes of the McBeath model of transformational change
as a framework for the structure of the program and its evaluation.
·
Someone who understands and is experienced
in applying a systematic planning process may be beneficial as a consultant
since this method goes beyond conventional curriculum planning, especially
within the new concept of distance education. This person, often called
an instructional designer,
much have a background in instructional systems design (ISD); knowledge
of educational philosophy, learning psychology, the communications
process, instructional and evaluation methodologies; and experience
with both conventional and new instructional technologies.
·
Recognize the need to manage the “politics”
associated with introducing a new program into an organization. This
would include:
·
Try not to get bogged down with minor
details that could become a discouragement, leading to superficial
or hasty decisions or unnecessary changes in the instructional program.
·
When things go wrong, examine what
happened and revise accordingly. Learn from both successes and failures.
·
Set checkpoints for the planning team
to sit back and respond to these formative evaluation questions:
·
Build and maintain trust, a sharing
attitude, continuing support, and accountability among all participants. While
there is more information and many more suggestions to offer, space
does not permit more treatment of this subject on the systematic design
of distance education programs. If you find merit in the approach
to instructional planning outlined above, more in-depth treatment
of each topic can be found in the author’s new book –An
Interactive Guidebook for Designing Education in the 21st
Century, Agency for Instructional Technology (AIT) Box A, Bloomington,
IN 47402-0120, email: info@technos.net;
phone: 800 457-4509. Finally,
let us stand back and consider the personal feelings and needs of
individual teachers, and others, who become involved such a new program
as distance education. Be aware that for some individuals the initial
enthusiasm for a new endeavor can weaken and fade in time. The excitement
of creation and mental challenge could subside and for some teachers
the program may appear to become too routine and repetitive. Also,
there may be new, more attractive events that could shift a person’s
interests. But even in view of this possible eventuality for some
individuals, recognize that attention to three stages of personal
involvement by teachers
in innovative activities can best ensure success and their continued
positive involvement.
·
Readiness – Identify those persons who are dissatisfied
with the present beliefs, practices, and outcomes of education, and
in particular their own programs, and want to do things differently
to provide students with new educational opportunities while improving
their learning and attitudes.
·
Support – Initiate and continue to guide, assist, and
provide necessary resources or otherwise support the efforts of those
“ready” to change in a systematic manner.
·
Success – Results can be personal satisfaction for accomplishments
with reinforcement from students, parents, and colleagues. This is
a motivation to continue and extend the transformational efforts toward
further success.
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About The Author:
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