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The EQUAD Project (1995-2002) aimed to foster distributed and cooperative learning among 11 universities, including Illinois, Purdue, and USC. This initiative sought to explore how emerging technologies could address challenges in interdisciplinary education. With courses ranging from communication technologies to organizational analysis, the project utilized various synchronous and asynchronous tools to facilitate collaboration. Key lessons learned highlighted the importance of instructor expertise overlap, timing logistics, and the complexities of grading and responsibilities across institutions. Join us in exploring innovative learning strategies.
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Multi-University Collaborative Learning:The EQUAD experience Noshir Contractor University of Illinois at Urbana-Champaign nosh@uiuc.edu
The Electronic Quad (EQUAD) Project1995-2002 • Goal: Distributed and Cooperative learning and teaching • Testbed: 11 universities – Illinois, Purdue, Michigan State, Penn State, Wisconsin, Southern Cal, UC Santa Barbara, Kansas, Arizona State, Arizona, Penn • Support:CIC (Academic Big Ten), UIUC: CIO, ETB, SCALE, CET; Purdue: LAS, CIO; USC: Annenberg School, Univ of Pennsylvania: Annenberg School
Graduate and Undergraduate Curriculum in “New Forms of Organizing & Emerging Technologies” • Understaffing • No standard curriculum • Interdisciplinary domain requiring multiple areas of expertise • How can we use distributed technologies to help address this problem?
EQUAD Courses • Introduction to Communication Technologies • Communication Technologies in the Workplace • Communication Technology and New Forms of Organizing • Network Forms of Organizing • Analyzing Organizational Networks • Communication and Globalization • Knowledge Networks and Distributed Intelligence
Managed remotely by CIC from ANL CIC MCU @ OSU Course Info: Course Web site Traveling faculty Guest speakers NetMeeting: Application sharing Real Producer: Live streaming Digital archiving and streaming
Key Lessons Learned • Overlap of expertise among instructors – an asset or a liability? • Multiple synchronous oral and text channels: Enabling broader or deeper participation? • Online vs. Offline OR Online & Offline? • One-Many, Few-Many, …. Many-Many? • Teacher or conductor?
Asynchronous Technological Challenges:Virtual Team Collaboration Support Tools • IKNOW: Inquiring Knowledge Networks On the Web (http://iknow.spcomm.uiuc.edu) to support creation of virtual teams • Group Calendaring software • Mobile H.323 video-conferencing facilities, such as Polycom’s Via Voice • Group Decision Support Systems for brainstorming, idea evaluation, etc.
Synchronous Technological Challenges:Floor Management Tools • Tools to signal turn-taking – split screen helps, but .. • Tools to queue speakers waiting to follow up comments • Tools to manage multiple threads of synchronous conversation
Logistic Challenges:All a Matter of “Timing” • Semester vs. Quarter systems • Differences in University schedule for starting, ending, and mid-term breaks • Differences in time zones • Differences in Daylight Savings Practices – Indiana/Arizona
Pedagogical Challenges:Substitution, Enlargement or Reconfiguration? • Virtual team collaboration: a “Bug” and a “Feature” • Meeting face-to-face at the start of the course, end of the course or never? • Managing and responding to feedback from multiple instructors and multiple perspectives • Providing persistent access to course materials after the course
“Business Model” Challenges: • Responsibilities for grading students and teams from multiple universities • Agreements on tuition fees: Formal alliances or bilateral agreements • Agreements on sharing responsibilities for costs incurred in “end-user,” “web-hosting” and “high-bandwidth carrier” technologies • Agreement on Intellectual Ownership of Course Materials
QUESTIONS & SUGGESTIONS • During this session: • Email questions and suggestions to: • vc-vbriefing@internet2.edu • After this session: • Email questions and suggestions to: • nosh@uiuc.edu