Learning Resources

Abstract: Student demographics, national trends, and technology have changed dramatically over the past 30 years to the point where colleges and universities must envision a future very different from the past and adjust their plans accordingly. Some of the most dramatic changes pertain to the kinds of students who now typify college-goers; the ways in which technology impacts pedagogy; and the political, financial, and regulatory landscape governing higher education. For campus planners, these developments can be daunting. In the modern university, libraries as physical places for research are less and less relevant; classrooms are being replaced by mobile devices; and dormitories, though fine for the most traditional of college-goers, no longer work for the new majority of students.

Abstract: Student success analytics promise to dramatically improve our capacity to increase student success across the entire spectrum of the student life cycle and throughout the student experience. Institutions will move beyond institutional accountability statistics to improve performance at the level of student success processes, practices, and interventions. Ultimately, these new processes, practices, and interventions promise to enable institutions to reinvent and personalize approaches to success.
By leveraging analytics and data science, leading-edge institutions “optimize” student success for individuals and cohorts by making student success a mission-critical, overarching institutional strategy. “Student success science” is a critical ingredient in reimagining higher education. This article provides a road map for institutional leaders on how to raise their analytics IQ so that they can leverage these practices to better serve their students, improve performance, and demonstrate value.
The use of analytics is potentially a key ingredient in sense making and decision making in all aspects of institutional performance and is critical in improving student success. Enlightened higher education leaders are committing to analytics and data science that deliver active interventions that improve student success.

Abstract: “Designing Innovative Campuses For Tomorrow’s Students” explores increasing investment by higher education institutions in new programs and facilities that boost on-campus innovation and entrepreneurship. This trend is a response, in part, to the changing expectations and demands of Millennial and Generation Z students and their future employers. The impact of this movement, though, goes far beyond those constituencies—changing everything from campus housing to the economic development role of higher education institutions. The examples of Clemson University’s Watt Family Innovation Center and the University of Florida’s Infinity Hall are provided to illustrate the scope of influence and success of these changes.

Abstract: This research aims to identify factors related to university closures. While other studies have examined internal factors, few have investigated the impact that external factors, such as demographics, have on school survival. First, this research identifies 96 private baccalaureate and higher-level colleges and universities that have closed since 2000. Next, the closed schools are compared to a sample of 1,793 schools that remained operational over the same time period. Geographic and statistical analysis was completed to identify significant factors that differentiate closed schools. Economic and demographic census data were used to analyze the area around each school, and financial data were used to evaluate the financial health of the school itself. Many articles point to a trend away from rural colleges as the main reason for closure, but this research shows no significant difference in population density in the areas around schools that closed and schools that remained open. Internal factors like enrollment and expenses proved more significant.

Abstract: University libraries nationwide are changing dramatically, and those at the University of Michigan are no exception. While this article focuses on the renovated Health Science Library, many other of the 19 U of M libraries are included in this piece. The Health Science Library boasts everything from futuristic décor and visualization workstations to a virtual cadaver, inviting students from across the campus.

Abstract: This is a revised version of the article originally published in Planning for Higher Education 43 (4), Summer 2015.
We are seeing an emergent campus type driven by a desire around the world for economically accessible, community-focused—and community-grown—learning and knowledge creation in a networked digital age. While questions about the future of the traditional campus have been a central focus of higher education discussions, off to the side there is a groundswell of learning activities that is all about the “there” there while also being everywhere. Grounded in physical communities, these activities strive to connect home, school, and work in a continuous lifelong learning path nourished by open digital resources. This is the Networked Community (College) for the growing legions of Citizen Learners. While seemingly peripheral to traditional higher education, this new model represents an approach that increasingly will be central to learning and knowledge creation in the 21st century not only beyond a traditional institution’s boundaries but also at its very core.