Learning Resources

Abstract: “In 2013 TRU established ‘increasing sustainability’ as one of its five strategic priorities for 2014-2019. This Strategic Sustainability Plan (SSP) is aligned with the university’s strategic plan, and provides a focus for TRU’s efforts toward sustainability over the same period. The SSP is comprehensive in nature, and includes more than 130 recommended strategies across four key focus areas: Operations & Planning, Advocacy & Engagement, Learning, and Administration. The SSP is intended to provide a framework for each TRU department and operational unit to incorporate sustainability initiatives into their own planning processes (the structure of the plan is illustrated on the opposing page). . . . Unlike some strategic documents, the plan takes a comprehensive approach of documenting strategies over the next 5 years. These strategies are not all the responsibility of one department or office, but rather are shared among many. This comprehensive approach will allow each office or department to see where and how it can play a role in TRU’s sustainability journey.”

Abstract: Detailed campus master plan documentation for the Texas A&M University’s RELLIS innovation campus, located 15 minutes from the main campus in College Station.

From the executive summary:
“The 2018 RELLIS Campus Master Plan is a planning effort that focuses on supporting The Texas A&M University System as a national leader in high-tech research, innovation, training, and technological development. Key aspects of this plan focus on supporting and guiding campus organization, buildout development, open space networks, facility programming, and improving social amenities located within the campus. Issues considered in this 20-year planning horizon anticipate enrollment growth, increased teaching and research demands, future transportation needs, sustainability, and economic growth. A campus-wide advisory committee included multiple stakeholders which helped shape the strategic goals that will guide the physical development of the campus during the life of the 2018 master plan. The changes presented in this plan are intended to transform the largely undeveloped 1,877 acres of land into a multi-institutional research, testing, and workforce development campus that directly benefits society at large. The 2020 update to this plan reflects additional study and progress on the campus as of December 31, 2019.”

Contents:

• Introduction (includes approach and timeline)
• Background
• The Vision
• Plan Elements
• Infrastructure Plan
• Guidelines
• Signage and Wayfinding
• Appendices

Abstract: Active learning has been a growing trend in higher education for decades based on its positive impact on student learning and success. Colleges and universities have invested resources into expanding this teaching approach by using active learning classrooms (ALCs). But why have some institutions been successful at rapidly growing their ALCs and learning spaces, while others have struggled? This article, focusing on the higher education arena, summarizes the best practices from a large-scale study that uncovered factors that led to successful scaling of learning spaces and pedagogical approaches in colleges and universities.

Abstract:

This keynote panel is a collaborative exploration of forward-thinking strategies for STEM outreach, education, and application. Come join the panelists for an engaging discussion about their current experience in building and running facilities in K-12 schools, higher education, and industry as well as how their strategies for flexibility are bridging these different phases in the STEM continuum.

Abstract: STEM facilities are quickly catching up to unions as the heart of student life on campus. To better support student recruitment, retention, and success, STEM facilities must provide a mashup of social and academic space that students need for sparking connections, partnerships, and friendships. We'll explore this growing trend and introduce strategies for making STEM facilities hubs for campus life. Join us to gain a solid understanding of the trends shaping the future of STEM facilities, including a look inside the University of Wisconsin-Milwaukee's future-forward chemistry building.

Abstract: At a time when institutions must change the status quo in their approach to addressing the climate crisis through the campus built environment, the Kendeda Building at the Georgia Institute of Technology shows us that successful change is possible. The Kendeda Building, a deep green LEED Platinum Living Building, offers many lessons learned and best practices regarding net-positive water, energy, and waste that you can use to fight climate change and COVID-19 on your campus. Come learn how to overcome design and operational challenges—both expected and unexpected—of high-performance buildings to create a healthier and safer campus environment.

Abstract: The building sector contributes forty percent of carbon emissions globally. Given the climate crisis, it is imperative that campus facilities and planning departments address sustainability in a rigorous and fiscally responsible way. This session will explore Princeton University’s campus master plan, which engages an ethos of sustainability through the lens of carbon emissions, landscape design, energy, and water efficiency, from design through construction. Find out how you can apply Princeton's ambitious sustainability goals and lessons learned to your master plan and sustainably develop your projects for the benefit of your campus environment and community.

Abstract: This session explores the impact of climate change on higher education and how academia may respond. We begin by examining potential changes to physical campuses, from transportation and food service to grounds and the built environment. Next we consider implications for university research, curriculum, and teaching, then envision how relationships between campuses, their local communities, and the world. We conclude by outlining ways academic institutions can strategize and plan for medium- and long-term transformation, starting now.

Abstract: LEED is not always suited to campus-wide, long-term perspectives on building development and carbon emissions reductions. It can often result in a more expensive process that misses the mark on achieving realized savings, leading universities to shift away from LEED. This session will focus on the next step in the evolution of green building and provide a comprehensive sustainability framework for responsible development with a holistic view of the campus and community wellbeing. Come learn how you can use this improved planning process for green building by outlining rigorous sustainable design standards and integrating operational tracking to examine facility performance.

Abstract: This tour will showcase the University of Hawaii’s flagship campus and the unique challenges the university faces with regard to long-term planning, campus redevelopment, and designing in a tropical environment. The tour will then focus on the university’s new Life Sciences Building, which consolidated various departments in aging facilities into new state-of-art teaching and research laboratories. This building was one of the first major design-build projects on campus. We will discuss the challenges that were encountered and how each was solved.