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Domain of Instructional Development
“Development is the process of translating the design specifications
into physical form” (Seels & Richey, 1994, p. 35). This process
is also done in phases. Depending on the scope of the project the designer
may be working alone or they may have a development team producing materials.
The first phase is a rough draft that can be produced at low cost which
can be used for formative evaluation. Materials can be developed on a
micro level and a macro level. Micro development could be an instructional
module developed for a specific course or training.. Macro level develpment
could be an entire curriculum deveopment for a school system or a training
program developed for an organization. The type of development will affect
the designers choice of models for development. For instance, for a micro
developmet project such as an instructinal module you may call for the
Open
Learning Environments (OLE) model. This model is appropriate for micro
level developmet because it is student centered which is classroom based.
on the other hand, a macro development project such as designing a curriculum
may call fo the Designing
Constructivist Learning Enviroments because it is intended to foster
problem solving which could be applied throughout a curriculum.
There are four subcategories in the Instructional Development domain:
- print media
- audiovisual media
- electronic media
- integrated media
Although the media selection has taken place in the design phase, there
are several types of media that may be chosen depending upon analysis.
Print media includes materials in hard copy form such
as books, photographs, pamphlets, etc. Audiovisual media
includes audio tapes, video tapes, DVD’s, etc. Electronic
media includes Computer Based Instruction (CBI), Computer Assisted
Instruction (CAI), Web-based instruction, CD based instruction, etc.
Integrated media is any combination of the other three types
of media.
The choice of media is based upon the analysis of the learners and environmental
characteristics. For example, a training project for a large cooperation
that spans several cities might choose a computer based self instructional
module for employees instead of having the expense of traveling them to
a central location for face to face instruction with print materials.
Designers have a choice of models for media selection. Examples of these
models include Reiser
and Dick (1983) or Rapid
Prototyping.
Competencies |
Job Desricriptions |
Evidence |
Domain of Instructional Development |
Develop projected and non-projected graphic instructional
materials. |
Experience creating digital and online instructional
resources required |
512
project – Statistics Webquest Lesson Plan report
513 project-
Algebra tutorial design document |
Demonstrate ability to
produce audio scripts and audiotapes. |
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513 –
Algebra tutorial audio |
Demonstrate the ability to produce still and motion
photographic instructional materials, including knowledge and competencies
in: film characteristics, camera operation, exposure, darkroom processes,
lighting and color photography. |
Must have expert knowledge of computer graphic production
software applications and interface design |
513 project
– graphics for Algebra tutorial |
Demonstrate knowledge of the principles of perception
and visual learning applicable to the design and production of photographic
instructional materials |
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513 project
– graphics for Algebra tutorial |
Demonstrate knowledge of computer utilization practices
and the ability to apply them in instructional settings including:
computer literacy, software selection and evaluation, instructional
management, hypermedia development and distance learning |
Knowledge of instructional resources and the use
of technology resources for instruction course management systems
required |
512
project – Web Evaluation Instrument
513 project- Algebra tutorial
515 project WebCT module
SMEC Internship module |
Design and produce
computer-based instruction, including drill-and-practice and tutorial
programs. |
Works a part of instructional design team to develop
digital curriculum and instructional support materials. |
515
project WebCT module
SMEC
Internship module |
Design and produce
interactive multimedia systems. |
Program or direct programming of web-based training
for interactive multimedia delivery |
515
project WebCT module
SMEC
Internship module |
Develop curriculum and
apply instructional technology to the curriculum at the systems level,
the
macro level, and the micro level. |
Assists teachers in developing curriculum materials
to utilize and integrate technology into the secondary curriculum |
500
project-Geometry Proofs Tutorial–PowerPoint and Print Materials
510 project RiverdeepSoftware
Usage of New Hanover County Schools Secondary Teachers Report |
Demonstrate knowledge
and ability to design and produce self-instructional modules, training
manuals, instructor's guides, and job aids. |
Must have expertise in web design and course management
software |
500
project-Geometry Proofs Tutorial–PowerPoint and Print Materials
513 project- Algebra tutorial |
Design and produce mediated instruction. |
Must have multimedia design skills to incorporate
text, graphics, video, and animation into educational resources. |
515
project WebCT module
SMEC Internship module |
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