Mistakes are a Fact of Life …

“The text processor is transforming the way philosophy, poetry, literature, social science, history, and the classics are done as much as computerized calculation has transformed the physical sciences based on mathematics. The word processor is the calculator of the humanist … It would seem that not only the speed of intellectual work is being affected, but the quality of the work itself . . . Language can be edited, stored, manipulated, and rearranged in ways that make typewriters obsolete. Extensive sources of knowledge can be accessed electronically and incorporated into the planning and drafting of ideas. This new text management system amplifies the craft of writing in novel ways.” (Heim, 1987, pp. 1-2)

We read this quote in the Module 4 notes pertaining to the word processor being the “Calculator of the Humanist”. It’s pretty obvious to anyone familiar with how word processing works that it speeds up the work process if you have a basic grasp of keyboard layout. In a 1999 study of average computer users (Karat, Halverson, Horn & Karat) the average rate for transcription was 33 words per minute (wpm), and 19 wpm for composition. In the same study, when the group was divided into “fast”, “moderate”, and “slow” groups, the average speeds were 40 wpm, 35 wpm, and 23 wpm, respectively. Compare this to handwriting, where for an adult population the average speed of copying is 68 letters per minute (approximately 13 wpm) with the range from a minimum of 26 to a maximum of 113 letter per minute (which equate to approximately 5 to 20 wpm) (Bledsoe, 2011).

As an ex teacher of languages, I was always part of the school of thought that argued that word processing was BAD, that it was encouraging students to become sloppy with their spelling and grammar or made it easy for them to just “cut and paste” from the Internet and often times insisted that homework was handwritten and not word processed! I’ve since changed camps, and when designing curriculum do so in as innovative a way as possible, to incorporate applicable technologies to augment the learning process. And that’s exactly what I feel word processing does.

I recently read a study to support the argument against word processor doomsayers and instead augments the learning process. “Mistakes are a Fact of Life: A Comparative National Study”, by Andrea and Karen Lunsford (2008) is an interesting read. In their study, they concluded that the rate of student error was not increasing rapidly but had stayed stable for nearly one hundred years. Student errors were not more prevalent, only different. (For example, wrong word errors occurred more in frequency like “fanatic” instead of “frantic” seemingly the result of the spellchecker suggesting a word after the incorrect spelling.) Other important findings from the study showed trends in the length of papers becoming longer, changing from work based on personal narratives being replaced by an emphasis on argument and research, suggesting that student writers today are tackling the kind of issues that require inquiry and investigation as well as reflection. In light of this study and the fact that students are making as many errors as they have always made, is it right to blame the word processor for this? Should we actually expect more from our students that they ought to make less errors than before because they have the technology at their disposal to augment their writing and the learning process?

Heim (1987) asks the question whether or not “the conversion of twentieth-century culture to a new writing technology portend anything like the revolutionary changes brought about by the invention of the printing press and the widespread development of literacy”. Over the past couple of decades there has been a revolution in writing and educational technologies, whether or not it’s as significant as the one brought about by Johannes Gutenberg is something I’m still not sure I can answer …

References:

Bledsoe Jr., D. (2011). Handwriting speed in an adult population. Advance for Occupational Therapy Practitioners. 27(22), 10.

Karat, CM., Halverson, C., Horn, D., & Karat, J. (1999). Patterns of entry and correction in large vocabulary continuous speech recognition systems. Proceedings of the SIGCHI conference on Human Factors in Computing Systems (CHI ’99). New York, NY, US: ACM. pp. 568–575.

Lunsford, A.A. & Lunsford, K.A. (2008). Mistakes are a fact of life: A national comparative study. College Composition and Communication, 59(4), 781-806.

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