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9/26/2002
A group of Michigan community colleges has launched a major initiative focusing
on learner-centered outcomes and standards, with the help of WIDS software,
training, and design models. WIDS, or Worldwide Instructional Design System,
is a set of software and training tools developed by the Wisconsin Technical
College System. It is an approach to teaching, assessment, and outcomes measurement
that is now in place in 300 schools and school systems in the United States
and abroad.
Michigan’s Department of Career Development partnered with WIDS last year to support curriculum development and advance a competency-based curriculum. Says Jim Folkening, director of the department’s Office of Postsecondary Services: “Michigan community colleges have always had a commitment to academic quality. Recently, though, because of initiatives such as (Academic Quality Improvement Project) and others, we’ve begun offering incentives to the various campuses to implement specific programs. Academic improvement is the goal. WIDS is the technological platform many of the schools are using to reach it.”
The software, now in its seventh version, allows educators to build courses online or offline, and produce outcome summaries, reports, syllabi, teaching plans, and performance assessment reports. The new software is faster, more functional, and more Web-friendly than its predecessors. Users can now generate work directly to HTML, for instance. The software features wizards that simplify document creation. It also allows more experienced users to forego the wizards in favor of customized output.
WIDS has been implemented by 26 of Michigan’s 28 community colleges. Since the adoption of the statewide contract, over 300 instructors have completed the basic WIDS training. Many have gone on to create learner-centered courses and programs using the WIDS model. The community college system now has 50 coach trainers who will work as assistant trainers teaching new faculty initiates. Folkening notes that there is interest in WIDS across the board. “Enthusiasm for WIDS depends on the personality of the instructor,” he says, not on the discipline from which he or she comes.
Distance learning is a major application of WIDS. The ability to take documents directly into HTML and WIDS’ compatibility with Blackboard, the platform in place at Michigan community colleges, makes it a natural choice for developing online courses. At Muskegon Community College, for instance, faculty are building distance learning courses from scratch using WIDS.
Although the implementation of WIDS statewide is relatively new, some Michigan schools had individual WIDS licenses long before the state contract was put into place. Mott Community College, for instance, has worked with WIDS for seven years. Over 100 of its instructors have completed basic WIDS training. Seven Mott faculty members have completed trainer-level preparation and now work with onsite faculty who need support implementing WIDS techniques. At Mott, WIDS is used for any course that is modularized—that is, any course that is developed in components—as well as many standard courses.
Cedarville University in southwestern Ohio has implemented SonicWALL firewalls to provide high-speed gateway firewall protection for its 3,000 students.
The alumni association for the University of North Dakota has gone public with a data breach that occurred when a laptop belonging to a software vendor was stolen from a vehicle. The computer contained the names of 84,000 university alumni, donors, and others, according to coverage by the Grand Forks Herald.
As competition for students increases, colleges and universities are looking more and more to customer (or constituent) relationship management software for help in remaining competitive.
Intercast Networks has redesigned Kazam, its student Internet TV and video service based on the company's VideoXpress platform. Following a spring semester alpha trial at Columbia and Purdue University, the company redesigned Kazam's interface based on student feedback and added additional content that caters to a student audience.
Doctors at Michigan State University have begun using the Digital Imaging and Communications in Medicine (DICOM) Services Grid from Acuo Technologies to transport and manage magnetic resonance imaging (MRI) results from a hospital in Malawi, Africa in order to monitor the impact of malaria on children.
Administrators at the Indian Institute of Technology Delhi (IIT Delhi) have gone public with their installation of open source database management software from Ingres. IIT Delhi, one of seven leading institutes of technology in India, adopted Ingres Database to support administration functions such as grading, finance, human resources, procurement, and hospital administration.