Learning Resources

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: Post-occupancy evaluation (POE) of learning space is now an essential tool for institutions to align capital decisions with student performance. We will explore exemplary active-learning environments and the evaluation methodology we used to measure how these environments have elicited learning behaviors that foster student engagement. You will learn which aspects of the learning environment are important to measure, how to measure them, and how the collected data connects to metrics that matter to institutions.

Abstract: Underrepresented students increasingly form the majority of most student bodies, but most built environments are not designed with these students' needs in mind. Why? Because most facilities planning processes do not engage underrepresented students in a way that elicits their experience of the built environment. This session offers new practices that yield social equity in campus planning and building design. You will learn new engagement and assessment tools that you can implement now to reveal and remedy the disparities that underrepresented students encounter in the built environments of the campus.

Abstract: “You don’t know what you don’t know.” Everyone wants to do a good job on a facilities project, but it can be hard when you don't understand the other side’s unique perspectives, needs, goals, and competing demands. This session features insights from people who have been on both sides of a project—as architects, engineer, and sustainability professionals who also serve as college trustees and administrators. We'll share how to nurture empathy, prevent misunderstanding, and make your next facilities project run more smoothly.

Abstract: On-campus living has been linked to student success and is a key factor in admissions decisions. As campuses look to expand and improve their housing inventories in a challenging fiscal environment, there are more options than ever available. One institution will share its recent experiences with several of these options. The University of Massachusetts (UMass) Lowell has more than doubled its on-campus housing inventory in the past five years using a combination of P3, real estate acquisitions, and conventional construction. This session will compare the relative benefits and particular challenges in utilizing these types of housing delivery methods. Come learn from campus facilities planning and student affairs officials, who will address the pros and cons of different delivery methods (P3, purchase/renovation, and conventional construction) from the perspective of up-front costs, operating and maintenance factors, student experience, and functionality.

Abstract: Higher education building projects include complex programs, multiple stakeholders, and ambitious expectations that can make the projects go over budget, requiring re-design. We will share how we used transparent predictive cost analytics before and during the programming phase to help key stakeholders prioritize wants and needs, allowing for a successful design-to-budget project. You will learn how to implement a predictive approach that minimizes costly re-design due to budget overruns.

Abstract: After participating in this session, you will be able to identify and distinguish formal from informal learning spaces, recognize active learning behaviors and describe elements of space and design that enable such behaviors, and identify and choose appropriate assessment methods to generate evidence of specific informal environments for self-directed active learning.