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Example Plans

Published
February 22, 2021

Supporting Document

Public Doctoral/Research University (California, United States)

In accordance with state requirements, the institution prepared a report to identify significant environmental impacts of implementing the new campus master plan.

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Webinar Recordings

Published
December 16, 2020

Passive House Design and Residence Halls

The Perfect Pairing

By: Katie Donahue, Handel Architects | Deborah Moelis, Handel Architects | Jennifer Adams Peffer, University of Toronto-Scarborough

The session will discuss the basics of Passive House (PH) design, how it can both save energy and improve the quality of the interior environment. The presenters will illustrate how Passive House design has been incorporated from both a design and administrative standpoint at the new residence hall at the University of Toronto Scarborough.
Abstract: Discover how Passive House design was incorporated into the design of UTSC’s 750-bed residence hall and dining facility; helping the University to meet its sustainability and health & wellness goals. Embracing this high-performance design protocol for student residences of any size will align three goals for any campus: sustainability, student health, and bottom-line financial performance.

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Conference Recordings

Published
March 16, 2020

2020 Mid-Atlantic Regional Conference | March 2020

Decarbonizing Your Campus

Planning for Electrification and Resilience

By: Christopher Lee, Architectural Designer & Sustainability Coordinator, Jacobs/Wyper Architects | David Smith, Director of Energy Services, Burns Engineering, Inc. | Tony Gelber, Director for Administrative Sustainability, Pratt Institute

This session will discuss transitioning away from fossil fuels for campus heating and transportation and explore new technical, procurement, and phasing strategies to cost-effectively achieve carbon reduction and resiliency goals.
Abstract: Institutions are recognizing their climate leadership role and are committing to decarbonization. Planning for infrastructure, campus, and transportation electrification to meet aggressive carbon targets is challenging and requires holistic solutions. This session will discuss transitioning away from fossil fuels for campus heating and transportation and explore new technical, procurement, and phasing strategies to cost-effectively achieve carbon reduction and resiliency goals. As the urgency to achieve significant carbon reductions grows, we will provide you with the strategies, trends, and technologies to underpin successful plans to achieve target levels at your institution.

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Conference Recordings

Published
March 16, 2020

2020 Mid-Atlantic Regional Conference | March 2020

Sustainability and Resiliency

The Rider University Energy Master Plan

By: John Wright, Associate Principal, Spiezle Architectural Group | Michael Reca, Vice President for Facilities and University Operations, Rider University | Melissa Greenberg, Sustainability Manager, Rider University | Kim Shinn, Principal, TLC Engineering Solutions | Frank Sherman, Principal, Ecotone Design

This session will discuss Rider University's energy master plan, which aims to achieve carbon neutrality by 2050 through integrating facility management and future campus development as well as incorporating energy conservation and generation options.
Abstract: In the face of climate change, aging utility infrastructures, and emerging energy technologies, campuses must be prepared to undergo dynamic change to support the institution's needs. This session will discuss Rider University's energy master plan, which aims to achieve carbon neutrality by 2050 through integrating facility management and future campus development as well as incorporating energy conservation and generation options. We will demonstrate how you can assess your present facility conditions and corresponding energy consumption and develop a plan to achieve energy independence and carbon neutrality on your campus.

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Conference Presentations

Published
March 8, 2020

2020 North Atlantic Regional Conference | March 2020

Roadmap to a Capital Renewal Program

By: Taylan Ekici, Associate Director, Capital Renewal Planning, Tufts University | Margaret Moylan, Planner Project Manager, Tufts University

We will share how Tufts University manages its capital renewal program using a ranking strategy that considers building condition, utilization, modernization needs, and academic priority.
Abstract: Most universities don't have enough funds to address all capital renewal needs. Understanding the condition of physical infrastructure and benchmarking against the institutional mission optimizes limited funds allocated for deferred maintenance. We will share how Tufts University manages its capital renewal program using a ranking strategy that considers building condition, utilization, modernization needs, and academic priority. We will cover how to collect and process data to establish a 10-year capital renewal plan, considering initiatives like sustainability and carbon neutrality.

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Conference Presentations

Published
July 14, 2019

2019 Annual Conference | July 2019

Decarbonize Your Campus Through Building Electrification

By: David Phillips, Scott Shell, Joseph C. Stagner

Abstract: The path to carbon neutrality is clear: electrify everything and procure renewable energy. How to get to 100% electric power is less clear. Stanford University has been focused on this challenge, committing to all-electric buildings by June 2019. This session will give attendees a clear road map and strategies for converting the energy your buildings use from gas to electric—whether the energy heats the building, glass beakers, or dinner.

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Planning for Higher Education Journal

Published
July 1, 2019

Another Day Older, Another Day Better

Institutions Are Infusing New Life Into Mid-Century Campus Buildings

By: Matthew Broderick

While they might be historical gems, are mid-century campus buildings still structurally sound? Is their location and architecture meaningful to the institution? What about energy efficient and fiscally responsible? College and university leaders must make the call: to fix or not to fix.

From Volume 47 Number 4 | July–September 2019

Abstract: Replace, restore, or renovate? In this article, architects, engineers, and campus administrators offer insights on updating mid-century buildings. Averaging a half-century old, these once-innovative structures are showing signs of age. The author gives guidance on transforming them into buildings that make positive contributions to the 21st-century campus. Topics covered include how to assess a building’s potential for renovation, options for energy-efficient HVAC systems, choosing materials that enhance the building’s performance and reduce operating costs, updating 50-year-old floor plans to support today’s pedagogy, and funding models and sources for projects.

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Conference Presentations

Published
March 8, 2019

2019 North Atlantic Regional Conference | March 2019

Repurposing Mid-Century Campus Buildings for a New Generation

By: Susanne Angarano, Jason Evans

In this session, we will explore how Binghamton University implemented a façade upgrade and high performance energy systems for deep energy retrofits for its Science IV building.
Abstract: Many college campus buildings were built in time of cheap, fossil fuel-based energy, making them now costly to operate and maintain and giving them a high carbon footprint. In this session, we will explore how Binghamton University implemented a façade upgrade and high performance energy systems for deep energy retrofits for its Science IV building. Come learn how you can use smart technologies and modest materials applied in creative ways to update similar building stock at your institution.

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Conference Presentations

Published
March 8, 2019

2019 North Atlantic Regional Conference | March 2019

Green Gauges

A Design Methodology at Williams College

By: Thomas RC Hartman, Amy Johns

Come learn how to use the green gauges methodology at your institution and discover the cost per metric ton of avoided carbon over the operation life of a particular strategy.
Abstract: In this session we will discuss the green gauges methodology, which was developed to organize complex design information within a simple structure and help institutions invest in design strategies that serve environmental and financial goals. Design and construction teams will use this methodology to communicate strategies with stakeholders early in the process and provide consistent information regarding operational energy and the resulting carbon savings. Come learn how to use the green gauges methodology at your institution and discover the cost per metric ton of avoided carbon over the operation life of a particular strategy.

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