Addresses concerns related to the replacement of large lecture courses by immersive digital environments with similarities to advanced videogames. Explains why the large lecture format deserves replacement, reviews the field of game-based learning, and illustrates the approach in the example of an introductory psychology class. (SLD)

Outlines 11 strategic challenges facing higher education and makes the case that colleges and universities must change their public image from that of the ivory tower to that of a networked communication-rich and more accessible environment. Acknowledges the importance of involving the entire institution in such change. (SLD)

Describes characteristics of the "new" college student, who may be an adult learner from the Baby Boomer era, a high school member of the "Millennial" generation, or a "Gen-Xer." Explores the learning styles of each type of student and discusses the importance of technology to each group. (SLD)

Discusses the use of course management systems in the context of the development of the U.S. higher education system. Course management systems automate and standardize elements of the higher education mission that have been the subject of refinement for nearly 1,000 years. (SLD)

Discusses why and how the "information railroad" will cause major changes not only in the execution of the mission of colleges and universities--in the ways that higher education is manufactured, distributed, and delivered--but also in the perception of the mission itself. (EV)

Explores the implications and possibilities for colleges and universities as higher education goes "beyond bandwidth"--beyond the computing speed, innovative applications, and technological capabilities deployed globally today. (EV)

This review of a mid-1980s article on the "New Computing" reflects on those information technology (IT) planning and instructional questions that continue to confront campuses today, on how these issues have evolved, and on the additional IT challenges that have emerged over the years. (EV)

Discusses why the partnership between the research university and its central information technology (IT) organization must be rebuilt and strengthened. Asserts that research universities should be reassessing their involvement with and planning for technology as a critical resource for research activity and success. Offers recommendations for…

Explains the prevalence and rationale of ubiquitous computing on college campuses--teaching with the assumption or expectation that all faculty and students have access to the Internet--and offers lessons learned by pioneering institutions. Lessons learned involve planning, technology, implementation and management, adoption of computer-enhanced…

Addresses six information technology (IT) questions that should be answered by college presidents, providing illustrations from campus experience and offering advice from experienced presidents: "How much should we spend?"; "Which processes should receive funds?"; "Which capabilities need to be company-wide?"; "How good do our services need to…

Understanding the value of information technology (IT) on campus is important, as technology projects now approach buildings as the largest investments a campus can make. Four major challenges, identified at a recent conference, inhibit the discussion of IT value. (SLD)

Describes the work of the Learning Technology Unit at Queen's University, a midsized research university in Canada, which provides a selection of activities to engage faculty in thinking about educational technologies. A Learning Technology Team brings faculty, librarians, technical support people, and others together to support faculty use of…

Conducted an economic and pedagogical analysis of the use of online lecture and laboratory material in an online science course taught by several instructors and approximately 50 teaching assistants. Data from a variety of sources show increased student use of curricular resources, increased convenience, and a potential for cost savings from this…

Surveyed students at Colorado State University about their self-determined ability to use technology. Responses of 2,102 college students (54% response rate) show the particular areas in which students had expertise (e-mail, reference, and games) and the areas in which they were not experienced, such as programming. (SLD)

Studied a server security breach at the University of Memphis, Tennessee, to highlight personnel roles, detection of the compromised server, policy enforcement, forensics, and the proactive search for other servers threatened in the same way. (SLD)