Learning Resources

Abstract: In context of COVID-19, institutions are developing new approaches to online learning at an unprecedented pace. Looking ahead, this great experiment may offer lessons for broadening the definition of accessibility. Three decades after the Americans with Disabilities Act established minimum accessibility standards for the built environment, this moment of accelerated change presents a unique opportunity to utilize hybrid delivery models and universal design principles to rethink accessibility. Sasaki principal Greg Havens examines how continued emphasis on improvements to the physical environment, when combined with hybrid learning and services, could transform the way we plan the human-centered, accessible campuses of tomorrow.

Abstract: The university community is more diverse in age and ability than ever. We need to design built environments that acknowledge and celebrate that reality. Universal design goes well beyond barrier removal, making it an ideal framework for nurturing social and economic benefits through an inclusive built environment. We will describe the tenets of universal design, show examples of how it is used on campuses, help you avoid mistakes commonly made when incorporating universal design, and outline universal design maintenance requirements.

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: Underrepresented students increasingly form the majority of most student bodies, but most built environments are not designed with these students' needs in mind. Why? Because most facilities planning processes do not engage underrepresented students in a way that elicits their experience of the built environment. This session offers new practices that yield social equity in campus planning and building design. You will learn new engagement and assessment tools that you can implement now to reveal and remedy the disparities that underrepresented students encounter in the built environments of the campus.

Abstract: A new, statewide accessibility policy along with rapidly changing technology spurred Washington's community and technical colleges to develop and adopt a more collaborative strategic planning process. This session will review a statewide technology accessibility planning process, how it was jumpstarted, and demonstrate tools that you can use to lead more collaborative planning processes at your institution.

Abstract: This session will examine the successful process behind planning Trippe Hall, a residence hall at Penn State Behrend. The design process incorporated student input at various stages, from schematic design to furniture selection. Attracting prospective students means providing spaces where they want to cultivate their education and community. You will discover new ways to foster student engagement throughout your building design process, resulting in spaces that are ideal for today’s students.

Abstract: The built environment directly affects human health and sustainability coordinators and campus planners are uniquely positioned to advocate for healthier buildings for their students, faculty, and staff. Smith College is a prime example of how a higher education institution can inspire market transformation. The Neilson Library renovation went above and beyond Smith College’s campus sustainability policy by implementing a sustainability charter, prioritizing health and wellness, and advocating for positive change. In this session, you will learn how material transparency and optimization can act as an avenue to address health and wellness in your institution's built environment.

Abstract: Recently, education researchers have emphasized the redesign of learning spaces to better accommodate pedagogical change. In particular, studies have found evidence of the relationship between the built environment and learning outcomes—however, no current studies have deliberately focused on the “minority majority” feature of America’s future student composition. This pilot study was conducted to evaluate how space contributes to the learning outcomes of a demographically diverse class of students at Morgan State University, a Historically Black Institution. Based on the neurobiological literature on environmental enrichment, the authors hypothesized that an enriched learning environment will correlate with increased student activity (directed movement) and engagement (with other students, with room features) and result in significantly improved learning outcomes for an ethnically diverse student group.

Abstract: Through design or redesign of conventional structures, the physically and visually handicapped can easily use many conveniences and facilities previously unavailable to them. The authors describe several efforts to enable the handicapped to learn about the physical structures of their community and to move about their environment more freely.