flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

University of Southern California's sustainability guidelines emphasize embodied carbon

Sustainability

University of Southern California's sustainability guidelines emphasize embodied carbon

They also include life-cycle cost analysis, tracking, and reporting of key metrics.


By Peter Fabris, Contributing Editor | February 9, 2023
USC Sustainable Design & Construction Guidelines, courtesy USC
Courtesy USC

A Buro Happold-led team recently completed work on standards for sustainable design and construction performance for the University of Southern California.

The document sets out sustainable strategies for the design and construction of new buildings, renovations, and asset renewal projects. The institution’s sustainable construction strategy includes a key focus on the chemical health and embodied carbon of building materials.

The new guidelines establish process management guidance for project teams to understand their roles and responsibilities, as well as key sustainability activities required for tracking and reporting. A section on life-cycle cost analysis (LCA) provides a basis for USC to develop cost-effective design options over the lifetime of a project along with assessing the environmental impact of project materials.

Development of the guidelines makes USC one of the first campuses to adopt a formal policy for life-cycle analyses to tackle embodied carbon.

More details on USC's Sustainable Design and Construction Guidelines

Here is the full press release from Buro Happold:

Buro Happold, a sustainability leader known for creating long-range plans and benchmarks for leading institutions, companies and municipalities worldwide, has led a team that recently completed key standards for environmental design and construction performance for the University of Southern California (USC).

Buro Happold led the sustainability guideline development process for the University of Southern California with its acclaimed human-centric approach — “ensuring that the built environment touches the earth lightly while also caring for its occupants,” says the firm’s leaders. Also involved in the blue-ribbon team creating the guidelines are the consulting partners Perkins&Will, civil engineer Psomas, as well as AHBE | MIG and David Neuman of Neu Campus Planning.

“Prepared in collaboration with key stakeholders across USC — from faculty and staff to student interns — the USC Sustainable Design & Construction Guidelines advance the University’s commitment to sustainable strategies for the design and construction of new buildings, renovations, and asset renewal projects with impacts across multiple areas,” according to Christopher J. Toomey, Vice President & Executive Director, USC Facilities Planning & Management. He added that the guidelines work alongside the USC Facilities Design Guidelines and many of the key goals set in the university commitment document, Assignment: Earth, the 2028 Sustainability Framework covering such areas as zero waste, water reduction and carbon neutrality.

The multidisciplinary firm Buro Happold, also known as a leader in higher education strategy, campus planning and sustainable strategy and building design, was selected through a competitive process to develop these new sustainable design guidelines for USC, an urban research university ranked among the best in the United States. Buro Happold has created campus-wide standards and overarching sustainability plans for other universities globally, for private corporations such as Aviva Partners, as well as for local governments from the County of Los Angeles to New York’s Battery Park City.

For USC, the new guidelines establish process management guidance for project teams to understand their roles and responsibilities, as well as key sustainability activities required for tracking and reporting. A section on life-cycle cost analysis (LCA) provides a basis for USC to develop cost-effective design options over the lifetime of a project as well as a method for assessing the environmental impact of project materials.

“USC has embarked on a collaboration with students, faculty and staff from across campus on this development of laudable and comprehensive sustainability guide-lines that will guide new construction and renovations, enabling the campus environ-ment to reflect and achieve the university’s sustainability ambitions,” says Kirsten Melling, Buro Happold sustainability associate.

Perkins&Will worked with Buro Happold to co-create a guideline development process that meaningfully engaged stakeholders, and then focused on defining material strategies and guideline implementation procedures. “The team set out strategies for sustainable construction, focusing on both the chemical health and embodied carbon of building materials,” says Leigh Christy, principal of Perkins&Will. “After working with Buro Happold and the team, we’re proud to say that USC will become one of the first campuses to adopt a formal policy for life-cycle analyses to tackle embodied carbon.”

Over recent years, sustainability guidelines and assessment tools have come to be an essential component of long-term campus planning and institutional strategy, according to Melling, and Buro Happold has assisted dozens of institutions worldwide on similar initiatives. Noting their use by many institutions, she adds that the guidelines are becoming increasingly valuable to guide specific aspects of development, such as decarbonization. This shift allows organizations to direct development in alignment with sustainability priorities and provides clear direction to design and construction teams on performance and design aspirations for their built environment.

Related Stories

Green | Jul 23, 2015

NASA: U.S. headed for worst droughts in a millennium

Data from NASA shows carbon emissions could be the driving force behind devastating water shortages and record droughts in the western U.S.

Green | Jul 7, 2015

Philips sheds new light on growing fresh food indoors

A research center in The Netherlands is testing the latest techniques in urban farming. 

Green | Jun 24, 2015

6 steps toward better water management [AIA course]

When it comes to water conservation, Building Teams tend to concentrate on water-efficient plumbing fixtures, irrigation controls, graywater capture, and ways to recycle condensate from air-conditioning systems. Yet many of the best opportunities for saving water begin with big-picture thinking in a project’s earliest phases. 

Green | Jun 19, 2015

3 steps toward sustainable landscape architecture

A water-conscious, sustainable landscape is easily achievable, and the options for native and drought tolerant plants far exceed cacti and succulents, writes LPA's Richard Bienvenu.

Green | May 5, 2015

Top three 2030 Challenge trends

The growth of IPD is among the key takeaways from the USGBC Region 7 Conference.

Wood | Apr 26, 2015

Building wood towers: How high is up for timber structures?

The recent push for larger and taller wood structures may seem like an architectural fad. But Building Teams around the world are starting to use more large-scale structural wood systems. 

Green | Apr 7, 2015

USGBC survey shows Fortune 200 companies prioritize green building

The world’s top-performing companies are prioritizing sustainability as part of their corporate social responsibility efforts, and a majority of them are using LEED to achieve their goals, according to the new survey.

Green | Apr 1, 2015

Global wind power installations expected to slow through 2019

After a 20% falloff in 2013, the global wind power industry made a strong comeback in 2014, with a record 51.2 gigawatts installed. But a new report from Navigant Research forecasts a curtailment in growth.

Cultural Facilities | Mar 31, 2015

Pratt Institute to offer first-ever degree in placemaking

As part of its new Urban Placemaking and Management degree, Pratt will offer courses on topics such as "the history and theory of public space" and the "economics of place."

Green | Mar 25, 2015

WELL Building Standard introduced in China

The WELL Building Standard is a performance-based system for measuring, certifying and monitoring features that impact human health and wellbeing, through air, water, nourishment, light, fitness, comfort, and mind.

boombox1
boombox2
native1

More In Category




Government Buildings

One of the country’s first all-electric fire stations will use no outside energy sources

Charlotte, N.C.’s new Fire Station #30 will be one of the country’s first all-electric fire stations, using no outside energy sources other than diesel fuel for one or two of the fire trucks. Multiple energy sources will power the station, including solar roof panels and geothermal wells. The two-story building features three truck bays, two fire poles, dispatch area, contamination room, and gear storage.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021