Learning Resources

Abstract: Skilled trades education programs provide a viable and equitable option for students who choose not to pursue a four-year degree. Program expansion into high schools through career and technical education promotes these pathways even further for completion and success. This session will show how Howard Community College (HCC) is responding to labor shortages in skilled trades occupations by creating educational programs and partnerships to provide additional access to high-quality jobs that offer family-sustaining wages and benefits. Join us to discover new approaches to education and partnerships that address equity gaps in economic and professional opportunities in our communities.

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: Science and engineering programs continue to grow and attract funding. Strategic planning can maximize new and repurposed space for STEM programs to address aging infrastructure, changing research, evolving student needs, and an uncertain future. To build stakeholder consensus and develop an achievable plan, we'll define key metrics behind the best use of existing space and showcase how specific data-driven tools and analytics transform traditional planning into a living masterplan. By applying a living masterplan and embracing data-driven tools, you'll be able to reach stakeholder consensus sooner and develop more efficient plans that are both implementable and adaptable to future changes.

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: Buildings contribute over a third of global carbon emissions and are a key focus for decarbonization. As legislation phases out natural gas and enforces stricter efficiencies, campuses must adapt to the demands of all-electric building design. In this session, experts from the University of California (UC) will cover strategies, insights, and costs of decarbonization with the goal of building a more sustainable and healthy future. Join us to gain effective, practical tools and project strategies for campus decarbonization as well as discover how electrification impacts utilities and requires cross-disciplinary teamwork.

Abstract: Buildings are a major source of carbon emissions. Campuses need solutions for meeting rigorous energy goals while capturing programmatic needs, improving occupant health and wellness, and meeting bottom-line financial requirements. What are the key steps in planning and delivering a fully-electric, highly-sustainable student residence, dining, and services building? Using the Harmony Commons at the University of Toronto-Scarborough (UTSC) as a case study, we'll share planning perspectives from administrative, financial, design, and construction standpoints. This session will raise awareness of available solutions for planning and building an all-electric building and provide a pathway for success through integrated planning.

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: “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: 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: 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.