Multimedia Tutorial #2

Setting the Stage.

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Maintained by Harry E. Pence, Professor of Chemistry, SUNY Oneonta, for the use of his students. Any opinions are totally coincidental and h ave no official endorsement, including the people who sign my pay checks. Comments and suggestions are welcome (pencehe@oneonta.edu).

Last Revised June 9, 2000

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Setting the Stage, Harry E. Pence, SUNY Oneonta, Oneonta, NY, pencehe@oneonta.edu

(This brief article appeared in the Spring, 1999 issue of the Computers in Chemical Education Newsletter.)


The topics of room design, equipment selection, and teacher training are too complex for a short presentation of this type, and fortunately administrators are normally willing to dedicate serious resources to these decisions. Unfortunately, there are some other basic requirements that are not very glamorous but are equally essential to support a computer-based lecture. These often-overlooked topics include well-designed lighting, good technical support, and an assurance that the teaching space will continue to be available from semester to semester. The absence of any of these can create a potential disaster, despite a well planned facility.

Considering how much money is being spent on equipment for multimedia teaching, it is amazing how often I encounter rooms where the lighting is inadequate. In one case, I visited a campus to give a talk and was assured that the ligh ting in the room where I was going to speak was adjustable. It was; I could either turn the lights off or on. Neither level was satisfactory.

In order to give a lecture from a computer, an intermediate light level is necessary, that is dim enough to make the projected images clearly visible but bright enough so that the audience doesn't fall sleep. With modern equipment, a fully darkened room is no longer necessary for computer projection. On the other hand, even with carefully designed frames, norm al room lighting is often too bright. Like the story of Goldilocks and the Three Bears, an intermediate level is just right! A dimmer switch is ideal option, but with fluorescent lights, it is more common to set the different banks of lights on several switches, so that the area over the screen can be dimmed, while some lights in the back remain on. These options may not be cheap, but saving money here may make a high-priced "smart" classroom into a white elephant.

Speaking of elephants, t he remote-controlled mouse is an inexpensive way to improve computerized presentations. To give a good presentation, you should get close to the students and look directly at them as much as possible. The goal of computer lectures is not to lecture to the computer nor to hide behind a massive (and well named) bunker where the technology is located. The remote mouse lets the speaker move among the audience while still maintaining control of the presentation. The cheapest available model is usually more than adequate. Even highly experienced users may have trouble using a remote mouse to manipulate the cursor, so the only essential feature is the capability to move the frames forward and backward.

Technology support is another crucial area that is often overlooked. Several years ago our campus invited a consultant to help with our technology planning. At one point, I asked her if we shouldn't plan to have a support person available within ten minutes if there was a problem in a class. To my surprise, sh e responded, "Absolutely not!" Then she added, "Ten minutes is an eternity when you're standing in front of a class with nonfunctional equipment." Having been in that situation several times, I couldn't agree with her more. Help must be available immediately at any time that classes are being taught that use technology.

Support people are expensive, and so this is another tempting area for saving money. This is a false economy. Neither is it reasonable to assume that the individu al faculty member should be responsible for emergency maintenance. Some colleagues may choose to do so, but the great majority of teachers don't wish to have this burden any more than they want to be responsible for the heating plant or the electric power. Support for evening classes is often a particularly sticky point. Some faculty may feel that this support is not necessary, but even the most experienced computer user should think carefully before accepting this extra responsibility.

Perhaps the saddest situation I have encountered in talking to early adopters of technology was a woman who had spent hundreds of hours developing a course based on presentation software, and then was told that no room would be available for her to teach the course. On most campuses, there is a real effort to build high-tech classrooms as rapidly as possible, but this is often more than offset by the even greater increase in the number of faculty who plan to use these rooms. Not too many years ago, when there were only a few early adopters who had to be satisfied, an informal commitment that a classroom would be provided was more than adequate. As the campus needs become more extensive and complex, it may well be a good idea to ask from a more formal commitment before investing so much of your time.

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