The Impact of Word Processing in Education
Why Teachers Use Word Processing
Perhaps no other technology resource has had as great an impact on education as word processing. Not only does word processing offer high versatility and flexibility, it also is "model-free" instructional software; that is, it reflects no particular instructional approach. A teacher can use it to support any kind of directed instruction or constructivist activity. Since its value as an aid to teaching and learning is universally acknowledged, word processing has become the most commonly used software in education. It offers many general relative advantages (unique benefits over and above other methods) to teachers and students:
- Saves time — Word processing helps teachers use preparation time more efficiently by letting them modify materials instead of creating new ones. Writers can also make corrections to word processing documents more quickly than they could on a typewriter or by hand.
- Enhances document appearance — Materials created with word processing software look more polished and professional than handwritten or typed materials do. It is not surprising that students seem to like the improved appearance that word processing gives to their work (Harris, 1985). This is especially possible with the many templates that are part of the software suites today.
- Allows sharing of documents — Word processing allows materials to be shared easily among writers. Teachers can exchange lesson plans, worksheets, or other materials on disk and modify them to fit their needs. Students can also share ideas and products among themselves.
- Allows collaboration of documents — Especially since the release of Google Docs, teachers and students can now create, edit, and share documents synchronously.
Research on the Impact of Word Processing
Research on the benefits of word processing in education yields contradictory findings. Results of studies of the effects of word processing on quality and quantity of writing are mixed (Bangert-Drowns, 1993). Three reviews of research (Bangert-Drowns, 1993; Hawisher, 1989; Snyder, 1993) found that these differences in findings may reflect differences in researchers' choices of types of word processing systems, prior experience and writing ability of students, and types of writing instruction evaluated. Generally, word processing seems to improve writing and attitudes toward writing only if it is used in the context of good writing instruction and if students have enough time to learn word processing procedures before the study begins.
When Goldberg, Russell, and Cook (2003) updated these findings with a meta-analysis of studies from 1992 to 2002, they focused not only on whether word processing had more impact than handwritten methods but also on identifying when word processing could have the most impact on the quantity and quality of students' writing. Their meta-analysis showed a stronger relationship between computers and quality of writing than previous such analyses had. Students who use computers during writing instruction produce written work that is about 0.4 standard deviation better than students who develop writing skills on paper. Their analysis also suggested that when students write with computers, they "engage in the revising of their work throughout the writing process, more frequently share and receive feedback from their peers, and benefit from teacher input earlier in the writing process" (p. 19).
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