Learning Resources

Abstract: The reduction of campus carbon emissions requires large investments in infrastructure, which is challenged by the realities of budgetary pressures. However, climate action doesn't have to come at the expense of an institution's core mission. Thompson Rivers University is transforming their campus infrastructure for net-zero emissions and a healthier environment without expending capital or taking on debt. This session will cover a novel procurement model along with a pathway to net-zero emissions that you can replicate on your own campus, providing you with the tools you need to take climate action now.

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: The reduction of campus carbon emissions requires large investments in infrastructure, which is challenged by the realities of budgetary pressures. However, climate action doesn't have to come at the expense of an institution's core mission. Thompson Rivers University is transforming their campus infrastructure for net-zero emissions and a healthier environment without expending capital or taking on debt. This session will cover a novel procurement model along with a pathway to net-zero emissions that you can replicate on your own campus, providing you with the tools you need to take climate action now.

Abstract: Campus decarbonization requires flexible and adaptable approaches at all scales. Determining the appropriate mix of action plans helps campuses prepare for an increasing number of existing building performance and carbon reduction policies. The University of Minnesota's (U of M) multi-campus system, one of the largest in the U.S., is planning and taking actions to become net zero. This unconventional approach addresses decarbonization across regional climates, campus-systems, and building scales. In this session, we'll provide transferrable decarbonization planning processes, best practices, and lessons learned from actions across geographical regions, diverse campus-wide energy systems, and existing facilities net zero strategies.

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: Zero net energy (ZNE) is a formidable goal and one that is not easily grafted onto a project once the design is in progress. We will explain why it is necessary to evaluate ZNE opportunities before the request for proposal. This session outlines a process for leveraging energy modeling early to gauge and clarify ZNE feasibility and articulating the value proposition of high-performance design leadership. Come learn how to set meaningful energy targets, identify crucial design decisions, and demonstrate to stakeholders that setting ZNE goals is vital during procurement.