Learning Resources

Abstract: This session will highlight how a collaborative team promoted innovation to enable decision making throughout the Plant Sciences Initiative design process at North Carolina State University (NCSU). Built pre-pandemic, this future-proofed building continues to successfully serve as an energizing hub for innovation. NCSU's integrated planning and data-driven process for designing a flexible academic research building has inspired cross-functional collaboration, leading to increased industry partnerships and innovations. Come learn how leveraging benchmarking, analytics, and an integrated planning process can produce a successfully designed, forward-thinking research building.

Abstract: When Princeton University completed its campus plan, it identified the location of a historic Tudor Revival building as an area for growth. As a solution, Princeton developed a plan that would maintain the street's character by relocating the historic building. This process represents a challenge that most institutions face in urban or residential settings where the character of institutional buildings becomes a part of the broader community's identity. Through Princeton's story and process you'll discover how multiple parties came together for meticulous planning, logistics, and engineering that made the move possible and gave way to the next generation of development.

Abstract: Climate justice seeks a more equal distribution of energy benefits and burdens within our communities. As universities decarbonize, they can advance climate justice by adopting solutions that reduce impacts and align with both university and community priorities. Decarbonization is a win-win for campuses, ending the carbon-producing combustion of fossil fuels linked to climate change while reducing operating costs. This session will demonstrate how the decarbonization process can be mutually beneficial for surrounding communities. Come learn how to incorporate community priorities into campus decarbonization efforts through shared-resource opportunities, a climate justice action plan, and resiliency to extreme weather and other events.

Abstract: The development of campus facilities, particularly research buildings, conflicts with the rise of decarbonization requirements to support a safe, healthy environment. We'll showcase a project that achieved balance by incorporating electric heating while enabling a campuswide transformation. Columbia University's sustainability plan aims for net-zero emissions and stands committed to responsible design and construction. The team behind the Vagelos Innovation Labs created a framework for the 2030 decarbonization plan, leading to New York City's first all-electric lab. Come learn how to navigate the visioning and execution of complex decarbonization projects, including the importance of an integrated approach from procurement through design.

Abstract: Students and campus staff face increasing isolation and mental health challenges. To plan and design meaningful spaces of belonging, we must ask the right questions, use specific observation methods, and apply relevant research. We'll share an update on the current state of mental health and wellbeing, institutional perspectives, challenges to student success, and methods for applying human-centered research in the creation of campus spaces for community and engagement. Join us for practical tools that will help you plan, program, and design learning environments that address today's pressing challenges with mental health and social connection.

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: Traditional strategic planning can lead to a static plan that does little to inspire implementation or true change. This session will detail a process that promotes buy-in and engagement while providing structured frameworks to support implementation and assessment. Our framework provides support for a campus community to 'live' its institutional strategic plan through the strategic planning cycle (SPC) at the unit level, informing the realization of institutional goals and outcomes. We'll provide our tools and approaches for you to access and review, as well as the rationale for developing support for your own campus communities to 'live' their strategic plan.

Abstract: This session will demonstrate how to adapt a large existing campus to decarbonized central systems, including cost considerations, performance evaluation, resilience concerns, and equity factors. To achieve the University of California, Santa Barbara's (UCSB) climate goals, we developed a clean energy master plan that goes beyond a conventional utility plan to prioritize equity and environmental justice to sustain campus ecosystems and ensure student wellbeing. Implementing decarbonization plans can be disruptive, but we'll share how you can achieve successful buy-in and engagement, including uplifting students as interns on the project team and key contributors in the process.

Abstract: The University of California system recently incorporated wellbeing and diversity goals in its sustainability practices policy. Campuses must start planning how they will proactively move these goals forward. This session will provide a successful example of piloting new metrics?Äîbased upon the WELL Building Standard?Äîin university capital projects to ensure and maintain occupants' good health and wellbeing through cross-campus integration. Join us to explore opportunities for applying the WELL rating system's ten concepts that elevate wellbeing and physical environment health impacts on your campus.

Abstract: Despite growing interest among campuses in mass timber construction, there is a sea of conflicting information about the potential benefits and downsides of building with wood. For the first time, University of California (UC), Berkeley is using mass timber to construct a new undergraduate academic building. This session will explore the process for determining whether this project was a cost-effective strategy for achieving carbon reduction and resilience. Decision making has become incredibly nuanced, and while the understanding of global carbon emissions continues to evolve, we'll share the key opportunities a project team must consider in regards mass timber on campus.