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Emphasis will be placed on the development of theory, structure
of knowledge, and interaction of variables, which must be taken
into account in the design of instruction.
Instructional design has found a place in typical educational settings
(K-12 classrooms, colleges and universities) and has roots within
curriculum studies; however, instructional design is more often
found in industry. For this reason, many of the problems and exercises
in the course will come from workplaces and industrial settings.
The course exercises, problems and assignments will provide opportunities
to apply the theory and techniques addressed in the readings to
your own professional setting.
EDER 673 will provide the opportunity to explore and discuss instructional
design theory and learn selected techniques associated with instructional
design. The overall goal of this is being able to make informed
instructional design decisions that contribute to effective instruction.
In instructional design, analysis informs the design and consistency
is a necessity. These will be themes of the course.
Besides applying instructional theories and models to solve problems
provided, it is essential that the new information be explored within
the context of our current understanding of what it means to design
instructional interventions. For this reason, considerable attention
will be given to analyzing, critically assessing and revising our
own instructional models. This work will require careful attention
to the readings, and thoughtful reflection on their contents as
you begin to construct your own model of ID.
The body of knowledge supporting Instructional Design, and its
more recent form: Performance Technology is vast. A simple linear
progression through the body of knowledge does not exist. This course
will roughly follow a sequence consistent with a typical instructional
design model, deviating as needed to add essential background information
and explore relevant possibilities.
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