October 2007 Volume 10 Number 4 - Educational Technology ...
October 2007 Volume 10 Number 4 - Educational Technology ...
October 2007 Volume 10 Number 4 - Educational Technology ...
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evolution with computing technology, and (3) perceptions and practices of computer-based instruction. Demographic<br />
background included information about age, gender, teaching seniority, school size and school region. Items in the<br />
latter two sections were rated on a 5-point Likert-type scale from 1 (strongly disagree) to 5 (strongly agree). From<br />
data in the second section, the respondents were classified into five evolutionary stages (entry, adoption, adaptation,<br />
appropriation and invention) to indicate teachers’ level of computer use, according to the definitions of Sandholtz,<br />
Ringstaff, & Dwyer (1996): (1) entry stage: teachers spend a lot of time in installing software and managing<br />
hardware and students spend most of time in learning computer skills instead of subject contents; (2) adoption stage:<br />
teachers utilize software (i.e. word processors, excel etc.) to assist their traditional teaching; (3) adaptation stage:<br />
teacher apply various software for instructional purposes and integrate technology successfully in<br />
classrooms; (4) appropriation stage: teachers develop multiple teaching strategies to promote students’ cognitive<br />
ability, share computer-based teaching experience with other teachers, and feel confident in integrating technology<br />
into teaching; (5) invention stage: teachers lead students to use software as a learning tool, develop innovative<br />
teaching strategies and assessments with computers, and affirm the value of computer-based instruction.<br />
Table 1 shows teachers’ instructional evolution with computers in terms of five categories: classroom management,<br />
software use, teaching strategies, learning efficiency, and confidence and beliefs. There is an item for each of the five<br />
“evolutionary” stages plotted against the five categories: thus 25 items in all. The respondents needed to pick one<br />
description for each category to represent their current level of experience with computing technologies. The round<br />
average of the values (from 1: entry to 5: invention) in these five categories represents the current stage of the<br />
teacher’s computer-based instructional evolution.<br />
Contractors<br />
Table 1. Characteristics of the Stages of Instructional Evolution (Sandholtz, Ringstaff, & Dwyer, 1996)<br />
Stages<br />
Classroom<br />
management<br />
Software use<br />
Teaching<br />
strategies<br />
Learning<br />
efficiency<br />
Confidence<br />
and beliefs<br />
Reacting to<br />
problems<br />
Entry Adoption Adaptation Appropriation Invention<br />
Dealing with<br />
problems in<br />
software<br />
installations and<br />
management<br />
No change<br />
Students spend<br />
time in learning<br />
computer skills<br />
No faith in<br />
computer-<br />
based<br />
instruction;<br />
having doubts<br />
most of the time<br />
Anticipating and<br />
developing strategies<br />
for solving problems<br />
Learning software<br />
Designing activities to<br />
teach students<br />
computer skills<br />
Promoting learning<br />
motivation but not<br />
improving conceptual<br />
understanding<br />
(sometimes having a<br />
negative impact on<br />
students’ grades)<br />
Attempting to use<br />
technology in<br />
classrooms<br />
Utilizing the<br />
technological<br />
advantage in<br />
managing the<br />
classroom<br />
Using software for<br />
instructional<br />
purposes<br />
Integrating<br />
technology to<br />
improve students’<br />
knowledge<br />
comprehension<br />
Reducing students’<br />
learning load and no<br />
significant<br />
improvement in<br />
conceptual<br />
understanding<br />
Often integrating<br />
technology<br />
successfully in<br />
classrooms<br />
Intertwining instruction approaches and<br />
management strategies<br />
Integrating software<br />
in learning<br />
processes and<br />
enhancing students’<br />
mutual support in<br />
software use<br />
Using multiple<br />
methods to promote<br />
students’ cognitive<br />
ability<br />
Cultivating<br />
cognitive ability<br />
Having confidence<br />
in integrating<br />
technology into<br />
teaching; sharing<br />
experiences with<br />
other teachers<br />
Leading students<br />
to use software<br />
as a learning tool<br />
Developing<br />
strategies for<br />
innovative<br />
teaching such as<br />
project-based<br />
learning,<br />
modeling etc.<br />
Promoting<br />
problem-<br />
solving ability<br />
Affirming the<br />
value of<br />
computer-based<br />
instruction<br />
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