Learning Resources

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.

Abstract: A collaborative approach allows building projects to open faster, reduces redesign, increases staff satisfaction, and produces a higher utilization rate than the traditional design process. This session details the collaborative Lean process involving over 100 people that allowed the Lauritzen Outpatient Center on the Nebraska Medical Campus to be completed 1.5 years early with few design changes. Come learn from our unique approach in which actual users participate in designing the facility, allowing implementation of new processes and efficiencies known only to medical center staff.

Abstract: In an effort to address ambitious campus sustainability goals, the University of Illinois at Urbana-Champaign (UIUC) creatively balanced physical campus growth and renewal with a policy prohibiting new square footage. The results continue to exceed expectations. The master planning process can help the university achieve sustainability in the face of shrinking resources, all while developing a physical environment that fosters student learning and wellbeing. We will share our insights on leveraging the planning process to spur institutional change in financial, procurement, and planning matters.

Abstract: We will explore how The University of Texas at San Antonio (UTSA) campus master plan will guide significant growth in research, enrollment, and partnership opportunities across multiple campuses and industry over the coming decades. UTSA is the largest public institution in the fastest-growing large city in the country. New university leadership is seeking to expand its reach and influence while remaining a community-serving institution with many first-generation students. Come find out what you need to consider when master planning for significant institutional growth and engaging the impacted community.

Abstract: To achieve a sustainable campus, institutions must integrate sustainable practices across environmental, social, and economic boundaries. It is important that built environments responsibly utilize natural and financial resources as well as meet expectations for student and community wellbeing. Sustainability and green building experts will discuss critical lessons and tools they used to integrate sustainability at the University of Houston, allowing them to manage both long- and short-term decision making. Come learn about our strategic framework that will help your institution stay ahead of the curve on climate resiliency and provide sustainable facilities that allow student and community partnerships to thrive.

Abstract: Green infrastructure uses the landscape to manage stormwater. This session will explore the Massachusetts Institute of Technology's (MIT) successful pilot green infrastructure project. We'll review the characteristics and benefits of green infrastructure in general, along with the accelerated design and construction process for this project in particular. We'll also share measurable results from the green infrastructure, and how the project has impacted the campus.

Abstract: This session will discuss how we used the Living Community Challenge (LCC) to frame master planning for San Francisco State University's Romberg Tiburon Campus. LCC is a next-generation approach to sustainable and resilient planning and design, with aggressive energy and water goals. We will demonstrate how we used an LCC-focused master planning process for a bayfront site to integrate facilities conditions, programming, site analyses, impacts of climate change and sea level rise, and net-positive energy and water for more healthy and productive research and learning environment.

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: 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.