Learning Resources

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: While historic preservation of campus architecture has become widely supported within the last generation, it has at the same time become more complicated. Ehrenkrantz and Eckstut have suggested a three part planning strategy. Part one: planners should gather basic informationon each campus building. Next each part of the building should be rated for preservation. 1 might mean a detail or space of great importance which should be carefully restored, while 5 might be an unimportant space which should be modernized to suit current needs. Part two: A phased plan should be develop which spans the next decade with proirities established and a clear sequence including cost estimates. Flexibility should be built into renovations and new construction as anticipation of further renovation. Part three: The next step is to identify athe means and methods weighing such as availability of materials and suitablility of today's program. If a preservation campaign is well planned it can be done well at the same cost of even under the cost of new construction, and will demonstrate the respect for history and culture embodied in the institution.

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.

Abstract: Leveling or even declining enrollment and the current economic recession in higher education have forced many colleges to suspend or cut back plans for new construction and to consider the re-use and recycling of existing buildings. One candidate for rehabilitation: the campus chapel. The possibilities were examined at a two-day conference at Oberlin College in Oberlin, Ohio February 26-27, which provided the basis for this article.