Learning Resources

Abstract: Nationally, many campuses are finding innovative pathways to achieving carbon neutrality that are feasible enough for others to build on. We will share how two universities charted paths to carbon neutrality and have become living laboratories where new ideas can be tested, refined, and prototyped. This session will provide tools and techniques to comprehend a campus's carbon profile, set carbon reductions goals, and explore alternative solutions to carbon-intensive practices in campus and space planning, infrastructure, and operations.

Abstract: Campus planners have invested time and resources in designing and implementing innovative learning spaces that optimize evidence-based pedagogical approaches embracing collaborative, real-world teaching and learning. But to what degree do these physical spaces enhance learning and honing of soft skills that are ranked highly by today’s employers? To address this question, 2018/19 SCUP Fellow Jeffrey Ashley engaged alumni through surveys to quantify the development of collaborative skills in innovative classroom environments. The design, implementation and results of this SCUP Fellowship research project will be highlighted and compared to other assessment methods with the goal of understanding your own institution’s assessment needs and plans around active learning spaces.

Abstract: With climate change bringing dramatic demographic, economic, and weather changes, universities and colleges must be prepared for risks to the campus's buildings, landscapes, and infrastructure that could disrupt operations. This session explores the intertwined concepts of risk management and resilience planning. You will learn about best practices in campus resilience planning, and try a simple resilience assessment tool for identifying, prioritizing, and planning for potential risks. You can take this useful Excel-based tool back to your institution to identify the top risks that should be prioritized in campus planning efforts.

Abstract: After a campus tragedy, the first steps for the community toward settling into the new normal often entail working through the gravity of recent events. This work includes a need for internal reflection, external processing, and collective healing. Campus communities engaged in this process often find a way to memorialize the events that have shaken them and to honor the lives of any community members lost to tragedy. This research project focuses on physical memorials that are the result of a tragic moment in institutional history.

Abstract: A state mandate to increase undergraduate enrollment, the aspiration to achieve an Association of American Universities institution profile, and a desire to become carbon neutral—we'll discuss how the University of California (UC) Riverside negotiated these competing challenges while developing its master plan. Innovation is key while achieving access improvements, research aspirations, and environmental stewardship objectives. We'll share how community college districts, private colleges, and other institutions are implementing practical solutions to the new century's challenges while maintaining the institution’s sense of place and heritage.

Abstract: 2019 presents a changing landscape as concerns mount over environmental decline, increasing atmospheric carbon, and competition for resources. Across field after field, research demonstrates the impact of the built environment on climate change and the essential role retooling the built environment must play in addressing it. Globally, a massive reallocation of resources has begun as nations commit to addressing climate change and the social and economic equity challenges confronting our increasingly crowded planet.

To achieve Paris Agreement targets and advance the New Urban Agenda adopted at Habitat III, architects, planners, and owners must fundamentally transform how buildings are designed, constructed, and operated. Creative and courageous people are forging new pathways full of promise and hope.

Institutions of higher learning have always been laboratories for testing new approaches at multiple scales—building, campus, and institutional. This keynote will articulate the compelling 21st century challenges and opportunities for the design and planning fields in higher education.

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: In this session we will discuss the green gauges methodology, which was developed to organize complex design information within a simple structure and help institutions invest in design strategies that serve environmental and financial goals. Design and construction teams will use this methodology to communicate strategies with stakeholders early in the process and provide consistent information regarding operational energy and the resulting carbon savings. Come learn how to use the green gauges methodology at your institution and discover the cost per metric ton of avoided carbon over the operation life of a particular strategy.

Abstract: Public-Private Partnership (“P3”) procurement models for built infrastructure serving higher learning institutions started to gain attention in North America in the late 1990s—mostly as an alternative approach to adding student housing at select universities and colleges. More recently, P3 models have been applied to a diverse range of higher learning projects, with some serving core academic and research functions.

Although many institutions are considering P3 approaches among their options to address emerging pressures to expand or update their facilities, their implementation is not yet common. The researcher’s intention was to better understand P3 models and learn how they have performed, possibly generating some useful lessons for how P3 models can be applied with desired outcomes.