flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Modular classroom building makes the grade

Modular classroom building makes the grade

SAGE modular classroom opens eyes, minds at Greenbuild 2012.


By Posted by Tim Gregorski, Senior Editor | December 9, 2012
The classrooms exterior cladding consisted of fiber cement boards of varying co
The classrooms exterior cladding consisted of fiber cement boards of varying colors and textures from Nichiha. An abundance of
This article first appeared in the December 2012 issue of BD+C.

At Greenbuild 2012, education and sustainability took center stage with the arrival of the SAGE modular classroom, designed and built by a team from Oregon. The demonstration facility, which was on display November 13-15 at the Moscone Center in San Francisco, was conceived and co-sponsored by Building Design+Construction and its parent organization, SGC Horizon LLC.

The genesis of the project came from the Department of Architecture at Portland (Ore.) State University, in particular Assistant Professor Margarette Leite. In examining the role of architecture in education spaces, she and her students recognized a growing need for sustainably designed classrooms nationwide.

While modular classrooms—or “portables,” as they’re commonly known—have been around for decades, some practitioners in the modular building industry feel they have not been used to their full potential. “School district administrators typically look at this kind of space as a temporary fix,” says Garth Haakenson, President/CEO of Pacific Mobile Structures, Chehalis, Wash. “But the reality is that these buildings stay up for 20 to 30 years. When they’re built to a minimum standard and not maintained over that time period, the quality of the classroom deteriorates and you have kids learning in a substandard environment.”

SETTING OUT ON A MISSION

With that historical background in mind, Leite and her students set about changing the design of modular classrooms—to create sustainably designed, factory-built classrooms that were good for children’s health and well-being, but also practical. “The only way to do that is to find a way to keep it affordable for school districts,” she said.

As the project began to pick up steam, the staff of Oregon Governor John Kitzhaber stepped in. The modular classroom was named an official “Oregon Solutions” project. This program, established in 2011, promotes “sustainable solutions to community-based problems that support economic, environmental, and community objectives, and are built through the collaborative efforts of businesses, government, and nonprofit organizations.” 

With the governor’s backing secured and the project becoming more and more of a reality, the team grew to include Portland State’s College of Engineering, and Institute for Sustainable Solutions, in conjunction with AIA Portland. There was just one problem—the team didn’t have a buyer for the proposed classroom. “We were going to try and raise money for it if we had to,” said Leite. “Luckily a buyer stepped in and made it happen pretty quickly.”

That buyer was Haakenson and Pacific Mobile Structures, which has a branch in Oregon City, near Portland. With funding secured, modular builder Blazer Industries, Aumsville, Ore., got to work. “I think it was October 5 or so that we actually started construction,” said Kendra Cox, Blazer Industries’ Project Manager. “The building shipped [to San Francisco] November 9. We were working on the design, working on the pricing, every single last-minute item. It was pretty hectic.”

They called it SAGE, for Smart Academic Green Environment. The SAGE modular classroom came in at $77 a square foot in construction costs, about half that for conventionally designed and constructed “portables,” proving that sustainability and affordability were not incompatible.

THE CLASSROOM AS TEACHING TOOL

The shortage of high-quality classrooms is a national problem, said Sergio Palleroni, Professor of Architecture at Portland State and chief designer of the SAGE classroom. “Coming to the Greenbuild conference, everybody was feeling,  ‘OK, we’re having this national crisis, what do we do about it?’” said Palleroni, a Senior Fellow at PSU’s Center for Sustainable Solutions and a founder and faculty member of the federally funded Green Building Research Lab.

While the entire Building Team was excited about the generous feedback they received from Greenbuild attendees while the classroom was on display at Moscone, they were equally interested in the goal of opening people’s eyes to the potential of mobile classrooms.

Haakenson said it was important to get AEC professionals and the public to see that mobile structures could be more than portable classrooms. “There are a lot of interesting features about this structure that are completely different than anyone’s previous expectations of a portable classroom,” he says. Changing the stereotype of the modular classroom was a key component of the SAGE team’s strategy.

TAKING THE CONCEPT TO THE NEXT LEVEL

With a strong first showing at Greenbuild behind them, the team now hopes that this is just the start of a revolution in the creation of sustainably designed and constructed modular classrooms.

“There’s a lot of interest nationwide, so the next step is to start addressing requests from other states and figure out how to find manufacturers and contractors that believe in the project,” said Blazer Industries’ Cox.

Portland State’s Leite recommends that future modular classroom Building Teams collaborate early and often. “A lot of projects don’t make it because they’re not efficient to build, so they become too expensive,” she says. “That’s why it’s important to start working together right from the beginning.” +

Related Stories

Sponsored | BD+C University Course | Feb 17, 2022

Metal roofing trends

New ideas in design and constructability are radically changing how metal systems are used as roofing for commercial and institutional buildings. Behind the investment in these new kinds of expressions and construction approaches is a growing interest in improved performance and reduced environmental impact. Metal roofing systems can cut cooling and heating loads significantly, according to the EPA.

Data Centers | Feb 15, 2022

Data center boom: How two AEC firms plan to meet unprecedented demand for data center facilities

Ramboll's Jim Fox and EYP Mission Critical Facilities' Rick Einhorn discuss the recent joining of their companies at a time of unprecedented data center demand. BD+C's John Caulfield leads the discussion with Fox, Ramboll's Managing Director for the Americas, and Einhorn, EYP Mission Critical Facilities' Managing Director.

Architects | Feb 15, 2022

Binkley Garcia Architecture and Goodwyn Mills Cawood join forces in Nashville

Goodwyn Mills Cawood (GMC) is pleased to announce the acquisition of architecture and interior design firm Binkley Garcia Architecture in Nashville. 

Resiliency | Feb 15, 2022

Design strategies for resilient buildings

LEO A DALY's National Director of Engineering Kim Cowman takes a building-level look at resilient design. 

Products and Materials | Feb 14, 2022

How building owners and developers can get ahead of the next supply chain disaster

Global supply chain interruptions that started at the very beginning of the pandemic are still with us and compounding every step of the way. Below are a few proven tips on how to avert some of the costly fallout should we be faced with similar commercial disasters at any time in the future.

Urban Planning | Feb 14, 2022

5 steps to remake suburbs into green communities where people want to live, work, and play

Stantec's John Bachmann offers proven tactic for retrofitting communities for success in the post-COVID era.

Urban Planning | Feb 11, 2022

6 ways to breathe life into mixed-use spaces

To activate mixed-use spaces and realize their fullest potential, project teams should aim to create a sense of community and pay homage to the local history.

Senior Living Design | Feb 11, 2022

Design for senior living: A chat with Rocky Berg, AIA

Rob Cassidy, Editor of MULTIFAMILY Design + Construction, chats with Rocky Berg, AIA, Principal with Dallas architecture firm three, about how to design senior living communities to meet the needs of the owner, seniors, their families, and staff.

Architects | Feb 11, 2022

How computer simulations of vision loss create more empathetic buildings for the visually impaired

Here is a look at four challenges identified from our research and how the design responds accordingly.

Healthcare Facilities | Feb 10, 2022

Respite for the weary healthcare worker

The pandemic has shined a light on the severe occupational stress facing healthcare workers. Creating restorative hospital environments can ease their feelings of anxiety and burnout while improving their ability to care for patients.

boombox1
boombox2
native1

More In Category

Geothermal Technology

Rochester, Minn., plans extensive geothermal network

The city of Rochester, Minn., home of the famed Mayo Clinic, is going big on geothermal networks. The city is constructing Thermal Energy Networks (TENs) that consist of ambient pipe loops connecting multiple buildings and delivering thermal heating and cooling energy via water-source heat pumps.




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