Learning Resources

Abstract: The sustainability movement in higher education has made considerable headway in the areas of research, campus operations, and community outreach, but has been less successful in bringing about curricular reform. To promote greater thinking about sustainability in the undergraduate curriculum, this essay explores three main questions: What are the implications of sustainability for higher education? What are some noteworthy examples of institutions incorporating sustainability into the curriculum? And, what can we learn from their experiences? The author advocates implementation of a "third order" learning model, emphasizing deep learning, a participative process which takes the form of continual exploration through practice.

Abstract: In 1998, a Carnegie Foundation Commission Report criticized America’s 123 research universities for failing our educational system by ignoring undergraduate education. Notably absent from the Commission's list of recommendations was mentoring research university faculty as a strategy to improve their teaching. This article discusses strategic collaboration, a mentoring model that can contribute significantly to achieving this objective. Such a network can also create an environment conducive to interdisciplinary research that, because of its increased value and rewards at such universities, can provide an added incentive for faculty participation.

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: Why does it cost so much? is a question often asked about university construction. On college and university campuses, the cost of new construction and renovation will appear high relative to other construction efforts in our communities. Part of the explanation of the high construction cost lies in the complexity of what we build, the codes and standards we must meet, and the unique environment within which we build. Moreover, budgets are driven up by the choices we make when we demand that our new facilities serve as visual articulations of institutional image and quality. In short, the high cost of construction is driven by myriad strategic choices and requirements that lead to building a better university.

Abstract: The capital renewal and replacement of the nation’s public higher education facilities has been a growing problem for several decades. While the need for new and improved facilities has increased over the years, many campuses simply have too many aging infrastructures that are too costly to replace. This, at a time when we have less than favorable economic conditions, only adds to the situation. As the age, size, and complexity of buildings continue to grow, so too does the amount of maintenance funding required to keep buildings in good working order. The purpose of this study was to assess and compare the 50 states’ efforts of funding public higher education capital needs. This study investigated areas relating to capital needs financing, planning, decision-making processes used in each state, available funding, and future directions in the various states. Of the 50 states, 41 states responded, representing 82 percent of the 50 states.

Abstract: A growing cadre of progressive K–12 educators believes that sustainability education has a central role in developing in students a sense of responsibility for the future. Leaders within the movement to educate for sustainability see an opportunity in the convergence of the large-scale systemic reform efforts sweeping our nation and the vision and goals of the emerging field of sustainability education. Transformations are appearing in classrooms that have adopted sustainability education as a context for systemic reform efforts, and the results of this are bound to affect the shape of higher education in years to come.

Abstract: This book describes the order of magnitude of change that will be necessary to compete in the knowledge economy. Included are descriptions of current and upcoming technological advances that directly effect educators and learners. Several short stories or vignettes are used to help the reader understand what “e-Knowledge” is and how it will directly effect their life. The book closes with 10 ways to achieve success in the emerging e-Knowledge future.

Abstract: Book Review: A Learning College for the 21st Century, by Terry O'Banion. American Association of Community College/Oryx Press, 1997. 250 pages. ISBN 1-57356-113-4

Abstract: Book Review: A License to Teach: Building a Profession for the 21st Century, by LInda Darling-Hammond, Arthur Wise, and Stephen Klien. Westview press, 1995. 225 pages. ISBN 0-8133-2531-5.

Abstract: Skillful management of an institution's physical assets is crucial to the institution's financial well-being. This publication provides executive managers and trustees with guidelines for long-term financial planning for plant renewal and adaption. It provides these strategic decision makers with a better understanding of the financial planning requirements necessary to protect the value of their institution's plant assets in relation to evolving institutional missions by giving them a clearer way to think about those assets. Readers are furnished with guidelines, examples of campus plans that incorporate them, and analytic tools.

A joint project of Society for College and University Planning (SCUP), The National Association of College and University Business Officers (NACUBO), The Association of Physical Plant Administrators of Universities and Colleges (APPA), and Coopers and Lybrand.