Learning Resources

Abstract: Strategic planning is an important tool, but the sole dependence on it across departments and campuses has resulted in the underutilization of equally important methods of analysis. The evolution of higher and postsecondary education necessitates a systemic industry analysis, as the combination of new providers and delivery mechanisms and changing social parameters gives rise to increased competition and innovation. This article tests the applicability of Porter’s five forces model to the higher education industry. While the model provides significant insight into the industry, it has been revised in this article to incorporate government as a prominent sixth force in the analysis.

Abstract: The contemporary university operates within a global context characterized by ever-increasing uncertainty and complexity. Strategic planning must, therefore, be cognizant of future trends and how those trends will affect the university by creating both threats and opportunities. Our hypothesis is that an approach we refer to as “strategic foresight” can provide us with the tools, methodology, and process to creatively address uncertainty and complexity in our working environment. Dublin City University has taken the lead in Ireland in terms of its emphasis on strategic planning. Its 2005–2008 strategic plan, Leadership Through Foresight, was part of an ambitious foresight exercise that was aimed at informing subsequent strategic cycles. This article reports on this process in the context of the wider literature examining the value of foresight/futures thinking as applied to universities. The article commences with a review of current uncertainties and complexities in the current operating environment. It broadly outlines foresight/futures thinking and then examines universities specifically. It continues by focusing on Dublin City University’s foresight exercise as an example of how foresight operates in practice. Finally, the article concludes by exploring what a strategic foresight approach to planning might look like based on that experience.

Abstract: This article proposes a framework that can help institutions break down and analyze the costs of online learning so they can make decisions about how to improve the cost-efficiencies of online education. The framework involves looking at costs across elements (which include the two stages of development and delivery plus administration of the enterprise) and seven factors: students, faculty, other staff, course design, content, infrastructure, and policy. The elements and factors may combine and interact, thereby improving (or not improving) cost-efficiencies. Where possible, current research results are included and areas where research is needed are identified.

Abstract: Using a case study, this article describes a method by which higher education institutions construct and use multiple future scenarios and simulations to plan strategically: to create visions of their futures, chart broad directions (mission and goals), and select learning and delivery strategies so as to achieve those broad directions. The four scenarios described in this article are written by combining two assumed “external” sets of future trends and conditions with two “internal” sets of institutional policies. Simulation of future college enrollment under each scenario enables planners not only to mitigate uncertainty and explore implications of different numbers of students but also to analyze the characteristics of these students to design educational content and delivery that is learning centered and, therefore, likely to be effective. The simulations also frame fiscal issues for a broad range of future conditions, thereby alerting planners to long-range strategies and options such as distance learning, partnering, and differential pricing, among others, that might not otherwise have been pursued.

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 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: Educational technology units must continually monitor their strategic plans to ensure that they are aligned with the evolving realities of their institutions. Strategic dissonance occurs when previously successful strategies are no longer achieving the same results. This article uses the Virtual Retina project as an example of strategic dissonance for the Academic Technologies for Learning at the University of Alberta. A number of methods for analyzing the strategies used by educational technology units are presented. These methods provide a means for units within institutions of higher education to conduct the ongoing task of renewing their strategic plans.

Abstract: Examines educational practices that depend on new technologies and considers how those practices are shaping the way we think about what it means to educate. Also assesses how planning is impacted as a result. Explains how a campus might integrate new technologies into its existing modes of educational services delivery, resulting in a more comprehensive, "technologically responsive" institution.