GILBERTSON ANDERSON, MARY SOLVEIG; EDD
GONZAGA UNIVERSITY, 1992
EDUCATION, TECHNOLOGY (0710); EDUCATION, GENERAL (0515); EDUCATION, ADMINISTRATION
(0514)
This qualitative study described the diffusion of the computer as an innovation
over a ten year period in
one rural school district in Washington state according to three phases of the
change process: the
Adoption Phase, the Implementation Phase, and the Continuation Phase. Data were
analyzed for
patterns concerning the meaning given to the change effort by the innovators
and early adopters in the
district. A case study research strategy was used to collect data from the school
district. Ten innovators
and early adopters were interviewed, documentation of board meetings and committee
meetings was
collected, and video tapes were made of classroom instruction and meetings.
Triangulation was used to
assure reliability of the data and a data base of all materials collected was
organized and stored. Nine
conclusions were drawn from the findings of the three phases of the change process.
The first six
conclusions came from the Adoption Phase of change: (1) Innovators believe education
can benefit as
much from technology as society has benefitted; (2) software decisions should
come before hardware
decisions; (3) computers are complex innovations because they involve both software
and hardware
decisions; (4) computers are complex innovations because they are used differently
within each
curriculum area; (5) computers are complex because they are an open-ended innovation
used by
innovators; and (6) planning for the diffusion of computers in education should
be done within or among
curriculum areas. Analysis of the Implementation Phase led to the conclusion
that computers support
existing educational philosophy and this support assisted individuals in developing
a shared meaning.
The two conclusions from the Continuation Phase were that administrative support
is a key to successful
change and computers generate new curriculum. Four patterns of meaning surfaced
when the data were
analyzed. First, the interviewees perceived the computer to create a learning
environment that was
useful for all students, including those with handicaps, and for teachers, administrators,
staff, parents,
and community members. Second, the computer was perceived to bring out the potential
of the
individual learner. Third, the participants believed the computer allowed students
to enjoy learning and to
take ownership for their own learning. Finally, the participants considered
it necessary to teach computer
skills to prepare students for the workplace. The mission statements of the
schools in the district
corroborated the perceived meaning of the participants in the computer as an
innovation. Their
educational beliefs were compatible with the meaning given to the computer.
Social
Systems Simulation Group
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