Learning Resources

Abstract: Public-Private Partnership (“P3”) procurement models for built infrastructure serving higher learning institutions started to gain attention in North America in the late 1990s—mostly as an alternative approach to adding student housing at select universities and colleges. More recently, P3 models have been applied to a diverse range of higher learning projects, with some serving core academic and research functions.

Although many institutions are considering P3 approaches among their options to address emerging pressures to expand or update their facilities, their implementation is not yet common. The researcher’s intention was to better understand P3 models and learn how they have performed, possibly generating some useful lessons for how P3 models can be applied with desired outcomes.

Abstract: Today, the amount of space devoted to research at research universities exceeds that of classrooms and class laboratories. This research space portfolio presents important policy and management challenges. As stewards of this portfolio, universities must address issues of funding the construction of research facilities, equipping and maintaining them, allocating and accounting for space used for research, and managing, in broadest terms, the physical and administrative infrastructure in which research is conducted. As this article illustrates, managing the balance between the growing demand for and the supply of research space is complicated. To address the issues of research space, universities have developed a variety of space management methods to fit their unique research missions, priorities, and operational culture. This article provides important insights into this little studied aspect of higher education space planning. The article is an overview of research space management across the U. S. on general campuses and in health science centers. It is based on interviews with senior administrators in selected research universities conducted specifically for this study, information about research space management available on university documents on the Internet, and on the work of Ira Fink and Associates, Inc. in programming research facilities on a multitude of campuses nationwide.

Abstract: Today’s college students believe that learning technologies are necessary tools that should be integrated into their course work. However, faculty have not yet responded to these expectations. This qualitative study engaged approximately 100 faculty and undergraduate students at the University of Washington in focus groups to explore this discrepancy between students’ desires to utilize technology and actual faculty integration of technology. Universities and colleges can resolve this digital disconnect by assisting in planning curricula to meet student and teacher needs, aligning support and services to technology adoption to overcome present barriers, and informing the design and development of educational technology.

Abstract: This article explains the various steps taken by Cornell University to create a Freshmen Campus on their North Campus. It first explores the reasoning about the decision to create a Freshmen Campus and then explains the process whereby the plan was developed. It compares the developed new physical plan to other campuses as well. Within the article are planning guidelines for designing new freshmen residence halls and dining facilities.

Abstract: This article provides a survey of innovative approaches to campus transportation in the United States. The high costs of parking expansion have propelled many institutions toward a transportation demand management strategy, using parking pricing, transit passes for students and employees, and investment in bicycle infrastructure to shift many trips from single-occupant automobiles to other modes of travel. These institutions have experienced multiple benefits, including lower transportation costs, lower environmental impacts, and improved community relations.

Abstract: The path to a healthy, just, and sustainable future for all current and future generations of humans and other biological species will require a transformative change in thinking values and action by all individuals and institutions in the next two decades. The institutions within higher education bear a moral responsibility to increase the awareness, knowledge, skills, and values needed to change the collective mind-set. Because it prepares most of society’s professionals and leaders, higher education plays a critical but often-overlooked role in making this vision a reality. This article explores how higher education would model sustainability as a fully integrated community intricately connecting learning, research, operations, purchasing investments, and work with local and regional communities. The envisioned framework for higher education will result in the interdisciplinary, systemic learning and practice needed to provide the educational experience for graduates to lead society on a sustainable path. It provides several examples of colleges and universities that have made some of these changes with an emphasis on curriculum connected to other college and university functions. It also suggests a new role for college and university planners in this transformation and provides other sources of information on the changes that are happening in higher education.

Abstract: Describes the University of Washington’s attempt to support students and faculty in their access to and understanding of new information technology. Details a collaborative partnership among five administrative units to plan faculty support for the adaptation of new technologies for instructional purposes. Provides some guidelines for implementing technology support services for faculty, and details some of the obstacles the university met along the way.

Abstract: Examines traditional assumptions underlying space management and proposes an alternative approach to projecting space use. Specifically, the author recommends making projections based on space per faculty rather than space per student, and then comparing these projections with the space allocation at peer institutions. Problems with traditional methods of space allocation are discussed, as is the process of implementing this approach and identifying comparable institutions.