Learning Resources

Abstract: All learners are different. These differences—also known as neurodiversity—impact learning. Fortunately, the design of learning spaces does not have to be one-size-fits-all. We will discuss how learning spaces can be flexible and easily adapted to students' needs across the spectrum of neurodiversity, whether or not they are on the autism spectrum, manage learning disabilities, or have a mental health condition. Come learn how flexible learning space design can improve the experience of all learners.

Abstract: FLEXSpace—The Flexible Learning Environments eXchange—and the Learning Space Rating System (LSRS) are tools that can help you plan, design, assess, and improve learning spaces on your campus. In this session, you will learn about the newly released FLEXspace 2.0 along with the LSRS. We'll cover the features and benefits of both tools and how they can be incorporated into the planning process. Come learn how to use these tools to inform designs and support end users from planning through post occupancy.

Abstract: There is no shortage of hype and technobabble around the promise of shiny new technology trends and their prospect for disrupting the universe as we know it. Twenty-five years ago, the World Wide Web and the underlying Internet did, indeed, change everything. Today the promise of AI, ML, IoT, XR, NGNs and the latest alphabet soup of tech trends promises to impact the campus in all its facets. This session will provide context, insights, and some prognostication on how the campus planning community should embrace its technology future through a ‘trust but verify’ lens.

Abstract: We look through an array of different lenses to gain some perspective on issues and opportunities that appear to be on the horizon—or at our doors.

Abstract: From demographics and social change to politics and technology, many trends impact planning in higher education. SCUP’s Trends for Higher Education is designed to help you and your institution make sense of the most significant evolutionary forces.

Abstract: From demographics and social change to politics and technology, many trends impact planning in higher education. SCUP’s Trends for Higher Education is designed to help you and your institution make sense of the most significant evolutionary forces.

This edition focuses broadly on change in higher education. We look through an array of different lenses to gain some perspective on issues and opportunities that appear to be on the horizon—or at our doors.

Abstract: This report was produced by the research team awarded the M. Perry Chapman Prize for 2015–2016.

What will be the impact of rapidly developing online learning modalities on the campus face-to-face experience over the next decade? What might campus planners need to look out for over the next 10 years as they strive to align their institution’s virtual and physical infrastructure with its mission?

This study reviews the scholarly literature and the expert views of practitioners in campus planning (both virtual and physical) to forecast how campuses might evolve between now and 2030. It views the university as a “complex adaptive assemblage” made up of many component parts working not within a systematic framework but as separate assemblages coexisting on campus affected by uncontrollable outside forces. These separate assemblages and their interrelationships can be better understood in a campus context by using experts in the fields of learning sciences, teacher professional development, educational technologies, learning environment/campus design, and others to form a cohesive idea of how the separate parts might come together to inform the future of higher education.

Abstract: How can buildings be both flexible and concrete? It’s a contradiction in terms and a huge challenge facing university planners and facility managers as they try to keep up with rapid changes in technology, curriculum, teaching techniques, and student demographics. This article explores some of these trends in education and how construction techniques are evolving to meet the need for reconfigurable spaces.

Abstract: Makerspaces designed for collaborative learning are appearing on campuses throughout the United States, including at Drexel University. These spaces succeed because they permit students to collaborate, observe, and learn from professors and peers. Unique to the Drexel project is the intermingling of engineering undergraduates, graduate students, post-docs, faculty, and commercial interests in one facility with laboratories, machine-shop equipment, and informal study areas. Facilities that give students great visibility into nearby research, contain areas where they can take breaks without leaving the building, and lend themselves to informal encounters with peers, faculty, and others result in better academic experiences for undergraduates.