Presented at the First Annual Symposium on Methods and Tools for Improving post-Secondary Education:
Network Enhanced Learning: Vision 2000. Iowa State University, 24 February 1996.
Taking the Plunge
Eugene S. Takle
Professor of Atmospheric Science
Professor of Agricultural Meteorology
Iowa State University
Abstract
The thought of transforming a conventional university course to an Internet platform can be very
intimidating to an instructor who is given no additional release time for this purpose. Effective use of
students and technical people can ease this burden. Teaming with colleagues who are also are transforming
courses provides a support group that can speed the process. Waiting until an Internet course is
"complete" before being offered will be fatal. Incremental deployment and testing of learning
functionalities within the context of a rapidly developing technical environment is accepted by most
students, because they have a desire to be on the technological edge. Students, even those who have
avoided the use of computers in their undergraduate programs, feel that they need more exposure to
computers and are generally accepting of instructor attempts to improve the learning environment, even if
the methods are not fully mature.
Key points from the presentation:
Eli M. Noam (1995) points out that the university as we know it has outlived its usefulness and that
traditional university functions, such as a repository for information and a meeting place for scholars,
are rapidly being taken over by other institutions (e.g., websites and professional societies,
respectively). A third function, transmission of information, which includes the teaching role, also is
likely to be supplanted by electronic alternatives. This change comes not necessarily on the basis of
superior methods but, rather, due to lower costs. Traditional classes that simply involve transformation
of information will be the first to be replaced, leaving primarily contact-intensive programs as survivors
in university residence curricula. Evidence abounds to suggest these moves are already underway, so we
as instructors will be deciding whether we are going to be part of the changing process or part of the
resistance to change. I assert that we should take the lead in this transformation, so that we can retain
and enhance the pedagogical quality of the evolving learning process.
We have developed a course in Global Change that is based on the World-Wide Web (http://www.iitap.iastate.edu/gcp/gcp.html). The web
connections allows for several functionalities that go beyond the capabilities of the conventional
course. These can be viewed from the course homepage and have been discussed in detail elsewhere (Takle
and Taber, 1996). We encourage other instructors to evaluate the potential for enhancing their courses
through use of this framework.
How does an instructor get started, given that he/she is likely to be
given no additional release time for this purpose? From our own experience in going down this path we
recommend the following:
Join forces with others interested in network education:
- Team with other faculty and technical people
- Share hardware
- Share functionalities
- Get your students working with your colleagues' students
- Develop general resources that can be shared across
courses or across curricula
- Engage students in the development process
- Identify good students and give them a lot of freedom
- Involve both undergraduate and graduate students
- Use hourly help
- Use (selectively) independent study
- Engage students taking the course by having
them add to the database as part of course assignments
- Look for opportunities to write proposals (local or
national)
Technical Advantages of Teaching on the Internet
- Global accessibility
- 24-hour availability
- Low cost
- Highly scalable
- Allows asynchronous delivery
- Materials easily updated
- Materials developed elsewhere are easily incorporated
- Allows for electronic portfolio of student products
Pedagogical Advantages of Teaching on the Internet
- Students can learn at their own pace
- Allows students to engage in remedial opportunities (relaxes
course prerequisites)
- Allows students to engage in enriching opportunities
- Brings a laboratory/group discussion to any course
- Offers practice in rapid retrieval/synthesis of information
- Promotes Globalization
- Promotes public writing
- Allows cooperative learning
- Promotes interactive exercises
- Encourages dialog on course issues, ethical issues
- Allows effort to be focused on quality of materials and
activities
- Encourages electronic publishing
Disadvantages
- Students don't like to read large volumes of text off
computer screens
- Technical interruptions
- Time delays in bringing up images
- Sabotage, disruptive writing
Summary
Web courses offer opportunities to use new functionalities in very creative ways to enhance the learning
opportunities for students. The spectrum of advantages is broad and offers novel ways of tailoring
technology to particular disciplinary needs. Faculty members should team with colleagues and students to
develop course materials.
REFERENCES
Noam, Eli M., 1995: Electronics and the dim future of the university. Science,270,
247-249.
Takle, E. S., and M. R. Taber, 1996: Use of the Internet as a platform for a university course on
global change. Preprints, Fifth Symposium on Education, Atlanta. Amer. Meteor.
Soc., J33- J34.