SCUP
 

Learning Resources

Your Higher Education Planning Library

Combine search terms, filters, institution names, and tags to find the vital resources to help you and your team tackle today’s challenges and plan for the future. Get started below, or learn how the library works.

FOUND 2 RESOURCES

REFINED BY:

  • Format: Planning for Higher Education Journalx
  • Tags: Zero Net Energy (ZNE)x

Clear All
ABSTRACT:  | 
SORT BY:  | 
Planning for Higher Education Journal

Published
June 17, 2025

Featured Image

Planning for ‘Passivhaus’

The University of Cambridge, King’s College Addresses Student Well-Being with Energy-Efficient Graduate Housing

King’s College, Cambridge required new postgraduate housing to support its growth plans.

From Volume 53 Number 3 | April–June 2025

Abstract: King’s College, Cambridge required new postgraduate housing to support its growth plans. The design team collaborated closely with college stakeholders, including the prospective residents, to research all aspects of the proposals—brief, spaces, structure, and services—early in the process. That research provided a comparison of environmental methods that ranged from a regulatory baseline to a certified Passivhaus approach. The holistic “fabric-first” standard delivers highly efficient, low-energy buildings with high-quality construction and occupant comfort. The metrics fed into a cost-benefit analysis of capital cost vis-a-vis energy reduction to determine the long-term value of each approach.

Member Price:
Free  | Login

Member-only Resource

Join now to have access

Planning for Higher Education Journal

Published
April 1, 2017

Featured Image

Campus Energy Master Planning

A Road Map to Carbon-Neutral Institutions in Northern U.S. Latitudes

Higher education institutions can lead the way in reducing energy consumption and advancing carbon neutrality by starting with their on-campus facilities.

From Volume 45 Number 3 | April–June 2017

Abstract: The imperative for higher education institutions to dramatically reduce greenhouse gas emissions is driven by the energy required to sustain their campus facilities and by rapid, irreversible changes to the climate that threaten global infrastructures. This article provides a framework that comprehensively addresses campus facilities’ energy consumption reduction and conversion to renewable resources while helping building users become more aware of how their actions impact greenhouse gas emissions. Case studies illustrate how two different institutions developed campus energy master plans and set incremental goals toward carbon neutrality and net-zero fossil fuel energy consumption.

Member Price:
Free  | Login

Member-only Resource

Join now to have access