Learning Resources

Abstract: King’s College, Cambridge required new postgraduate housing to support its growth plans. The design team collaborated closely with college stakeholders, including the prospective residents, to research all aspects of the proposals—brief, spaces, structure, and services—early in the process. That research provided a comparison of environmental methods that ranged from a regulatory baseline to a certified Passivhaus approach. The holistic “fabric-first” standard delivers highly efficient, low-energy buildings with high-quality construction and occupant comfort. The metrics fed into a cost-benefit analysis of capital cost vis-a-vis energy reduction to determine the long-term value of each approach.

Abstract: Campus science and tech buildings are crucial for research, hands-on learning, and development of a skilled STEM workforce. Institutions, and small colleges in particular, must leverage these campus resources to stay competitive while facing the impact of birth rate drops. This session will explore creative solutions for bringing state-of-the-art science and technology environments to your college campus in the race to recruit and prepare students for careers in a technology-driven society. Join us to learn how other mid-sized, regional colleges have solved the problem of creating consensus, space programming, and the institution's role in delivering successful, modern STEM learning environments.

Abstract: Affordable and accessible higher education is key to upward mobility and community transformation, especially for many rural and remote suburban communities that have limited access to resources. In this session, we'll explore the potential synergies between existing community colleges and their satellite locations. How can institutions drive community-engaged development in places that really need it? Is it better to build on existing assets or to build new? Discover how a community charted its own path toward a new college campus by organizing, passing a bond, and ultimately developing a tech-enabled, high flex learning environment with community space.

Abstract: In order to reimagine and capitalize on the potential of its campus gateway, The Ohio State University (OSU) employed specific planning and development processes to achieve successful outcomes. A decade of public-private planning, land acquisition, rezoning, infrastructure upgrades, preservation, and academic and mixed-use development has transformed OSU's High Street entrance into an active and economically-viable campus gateway district. In this session we'll show you how to think beyond campus boundaries and traditional planning methods to transform town and gown interfaces.

Abstract: How can the campus best support student development in a safe, yet open environment? On an urban campus, these concerns are intensified: There is much more localized activity for students to engage with in their city environment, and many more stakeholders influence how the institution can assert itself in that environment.

In this 2022-2023 SCUP Fellow research report, Joel Pettigrew reflects on how campus edge dynamics and student sense of security play out at several urban campuses. Pettigrew weaves together his operational understanding of campus life with a design understanding of how planners and architects approach the campus to explore how these “two languages” inform student security and well-being, and notes in conclusion that there are many research threads yet to follow.

Abstract: Planners for West Coast University connected with stakeholders to solicit input and gain consensus on decisions. The result is a technology-rich building and academic program that helps nursing students achieve their objectives

Abstract: The 2023 SCUP Campus Facilities Inventory (CFI) survey was the third iteration of the survey providing new insights about the current state of campus facilities and how institutions across the country are thinking about the future of campus and facility planning. This webinar will be hosted by Buro Happold Advisory (formerly brightspot strategy) SCUP’s CFI partner, and will review key findings from the survey. The hosts will then engage a panel of survey participants in a discussion about the CFI and campus planning at their institution.

Abstract: With the frequency and intensity of extreme weather events continuing to increase across the country, the need for resilience planning is more critical than ever before.

Numerous campuses across the California State University (CSU) system have direct experience with wildfires, extended drought, floods, extreme heat, public safety power shutoffs, hurricanes, and sea level rise. The CSU is currently working toward increasing resilience in response to catastrophic events through systemwide technical guidance resources on building and infrastructure design and retrofit. These extreme conditions further prompted the need for vulnerability assessments systemwide and coordinated climate resilience planning and investment activities.

Using the activities of CSU climate action and adaptation planning, 2022-2023 SCUP Fellow Tamara Wallace’s SCUP Fellows project sought to achieve three (3) primary objectives:

1. Review planning documents and policies that consider climate resiliency governance versus climate resiliency implementation.


2. Identify key stakeholders to develop a primer for addressing and incorporating campus-community implementation priorities.


3. Raise awareness with the broader higher education planning community to collect feedback and share model practices.

Abstract: With the frequency and intensity of extreme weather events continuing to increase across the country, the need for resilience planning is more critical than ever before.

Numerous campuses across the California State University (CSU) system have direct experience with wildfires, extended drought, floods, extreme heat, public safety power shutoffs, hurricanes, and sea level rise. The CSU is currently working toward increasing resilience in response to catastrophic events through systemwide technical guidance resources on building and infrastructure design and retrofit. These extreme conditions further prompted the need for vulnerability assessments systemwide and coordinated climate resilience planning and investment activities.

Using the activities of CSU climate action and adaptation planning, Wallace’s SCUP Fellows project sought to achieve three (3) primary objectives:

Review planning documents and policies that consider climate resiliency governance versus climate resiliency implementation.
Identify key stakeholders to develop a primer for addressing and incorporating campus-community implementation priorities.
Raise awareness with the broader higher education planning community to collect feedback and share model practices.
Join 2022-2023 SCUP Fellow Tamara Wallace as she shares her findings to help you and your team proactively plan for climate change to mitigate risks, prevent damage, and ensure continued learning from lived experiences.

Abstract: Implementing central utility plant (CUP) decarbonization projects requires strategic financial planning, collaboration, and consensus-building from the entire university community. This article describes gathering support from facilities management, executive staff, and lawmakers through technical and financial charrettes. Learn how technical planning produces well-informed financial modeling and right-sized financial plans, and how shared planning between design teams and facility planners creates tailored funding options, including IRA incentives, to fund decarbonization.