Introduction Internet resources were heavily
used to support a new course, “Biotechnology and Society”,
at the University of Idaho. This course
was developed as a contribution to the new Core Curriculum Program. This program consists of new courses
designed to broaden knowledge and foster lifelong learning while satisfying
“core” course requirements for undergraduate degrees. While this effort was not a “plant pathology” course, it was
taught by a plant pathologist and covered a wide range of topics that symposium
participants may find useful. More
importantly, sharing “lessons learned” with using electronic support material
will help participants avoid pitfalls and recognize limitations of the web. The University of Idaho has been ranked 13th
by Yahoo as one of the 100
Most Wired Colleges in the United States.
We were one of the first to have Internet2, supporting multiple computer
laboratories on campus as well as a new wireless laptop “loan” program in our
Campus Commons. All dormitory rooms on campus have been
hardwired to support Internet access by individual students via their personal
computers. Thus, infrastructure for
Internet use is in place and ready access is available to all students. Student Preparedness for the Web (I can’t get my e-mail to
work) Ready access does not guarantee
ready use by students. For many of us,
using computers has become as instinctive as breathing. Daily use of electronic communication, word
processing, and presentation design, as well as a university’s Internet
infrastructure, can lead to faulty assumptions. These assumptions were:
1) students check their e-mail on a regular basis; 2) all students know
how to use word processing and presentation programs; and 3) all students can
utilize web-posted presentation information.
Graduate students readily adapt to web-based materials and e-mail with
links is an efficient means of communication.
Undergraduate students (new or entering), require some coaching and
direction with accessing materials via the web. As a case example, it took a month to establish a working e-mail
list of class members. Despite regular
e-mail use, there are students who claim not to be able to receive e-mail. There are those that still do not know how
to attach files to e-mail messages.
Thus, Internet instruction is needed to ensure equal and efficient access
to course materials and for instructor-student communication. The solution is simple, spend at least 30
minutes at the beginning of the semester to “demonstrate” your class website to
the students. Follow-up with an e-mail
message requiring the student to perform a function that will be used in later
class exercises. As an example, you can
attach a file, using the editing functions of the word processor, ask the
students to act on the editing comments and return the file as an
attachment. The file can be short, but
informative, containing some class related material. There are many other techniques.
However, it rests on instructor ingenuity. Instructor Preparedness for the Web
(I’ll convert my notes to PowerPoint)
There is no doubt that the
Internet is a powerful learning tool and holds a wealth of information. Information gathering has been easier, with
one main caveat, informational accuracy.
Internet information is not always subject to review processes. Thus, students must be instructed to verify
their information. Critical thinking
becomes an essential filter for web-derived information. For example, a timeline of Biotechnology
and Miscellaneous Historical Events was constructed for the class. This was not peer reviewed and others may
disagree with the location and labeling of events. However, readers (students) will perceive such information as
inherently true. Thus, both instructor
and students must be made aware of this pitfall. Many of our departmental
instructors have embraced electronic presentation media. It is an opportunity to combine visual
imagery with instructional material. As
an example, Dr.
Jack Brown’s presentation is rich with visual images and provided a
captivating presentation for the class.
Fortunately, we can tap into the creativity and industriousness of others
for such materials on the web. The
lecture on Chromosome
Replication illustrates three points.
The major point is that more detailed information can be presented than
can be done with a chalkboard. The
second point, illustrated by the last slide, is that links may not be
active. Thus, linked files can be a
powerful visual aid for learning but will require maintenance. A third point is the reader’s computer must
have certain software to run the materials.
The following example requires both PowerPoint and QuickTime (see slide
27 of the lecture titled What
is a Gene, The Genetic Code and How Proteins are Made). Slide 27 also illustrated the use of
animated images as learning tools. Learning curves are associated with utilizing Internet/electronic media for instruction. Lecture notes conversion to a PowerPoint presentation is a major achievement for some instructors. Presentations that have intricate details (see Cosmids and Genomic Library Construction) are time consuming. It is a simple matter to add text in presentations but it will take time to fully learn how to use all the features of presentation software. Future Internet based materials for
course instruction open a doorway for distance education. However, I shall
conjecture here that PowerPoint is merely an electronic chalkboard. Other technologies must be included to fully
employ the power of the web as a learning experience. Video technology (streaming video, video clips, etc.) should be
incorporated into our presentations.
The technology for video interaction via the web must be also be
employed to maintain visual contact between instructor and the distant student. Most importantly, our materials must be made
engaging. While not educational in
nature, Stan Lee has an engaging
site. This is a dangerous
proposition, as we may have to become or hire presentation production
managers, both of which consume time and resources. Courses will no longer depend solely on content, but will require
imagination and creativity to create a learning experience for the
student. This will be a far cry from
the paper and pen learning that many of us endured. Can we meet this challenge?
I’m going to give it my best shot. End |