Learning Resources

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.

Abstract: Integrated planning prepares your institution for change by ensuring its decisions are informed by realities in the external environment.

What are key movements and trends within higher education? From addressing pandemic learning loss to grappling with generative AI in the classroom, learn the forces and changes directly impacting higher education, now and in the future.

This issue curates and summarizes 40-50 trends happening outside the world of higher education that could impact colleges and universities. Each trend includes a brief summary, a footnoted source, and discussion questions to help you analyze and act on the trend.

Abstract: Post-covid, many campuses are still struggling with balancing in-person, remote, and hybrid student experiences. Working within tight funding constraints, University of Washington (UW) Bothell developed a strategy to revitalize the campus core, double down on in-person experiences, and repurpose underutilized spaces for future flexibility. Come learn about new broadly applicable methods and solutions for revitalizing campuses in our current and future condition of blended in-person, remote, and hybrid educational models.

Abstract: Integrated planning and design that optimizes development capacity and leverages campus growth can help institutions achieve ambitious resilience goals for net-zero energy and resource conservation for a healthier, more sustainable environment. This session will discuss Princeton University’s ongoing efforts to support an ambitious capital plan, address deferred maintenance, advance climate solutions, and maximize use of campus lands. The path to a sustainable campus future will require institutions to go beyond business-as-usual planning to rethink campus infrastructure—particularly energy, stormwater, and landscapes—and activate high-performance sites and buildings.

Abstract: There are distinct advantages to both renovation and new construction; an optimal blend of these approaches can enable opportunities for physical growth, evolving programs, and a minimally disruptive reimagining of campus buildings. We’ll explore two case studies from James Madison University (JMU) ?the College of Business and the Carrier Library?that illustrate how to affordably transform outdated and stylistically unloved buildings into vibrant academic and student life hubs. Join us to gain a greater understanding of the hidden value of aging buildings, considering aspects such as functionality, cost, operations, sustainability, and stylistic potential.

Abstract: For the past 20 years, higher education has invested heavily in improving student success, using new data and analytics systems, tools, and practices. Improvements and progress across higher education have mostly failed to meet expectations. But the arrival of next-generation artificial intelligence (AI) provides an exceptional opportunity. By combining AI with human intelligence (HI), we can create a powerful collaborative intelligence that can be embedded in learning processes, tools, and practices, enterprise-wide. AI can accelerate the long-overdue transformation of higher education. This article describes how to combine AI and HI in collaborative intelligence to significantly improve student success.

Abstract: This article explores a methodology for assessing and managing the financial viability of private, tuition-dependent institutions as well as institutional tactics and strategies used to improve their financial strength. The resulting model will help institutions understand the trends and predictive value of key financial metrics directly impacting their liquidity and operations and how senior leadership can drive change. Institutional examples illustrate how to engage senior leadership in strategic decision-making that includes assessment of revenue growth and/or expense management.