02/01/2010

A Modern Facility for Modern Learning

A renovation at Riverside Brookfield High School didn’t just modernize the facilities – it modernized the learning environment

 
  • The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.

    The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.

    /Portals/1/images/Magazines/0210/B_0210_K12_1.jpg

    The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.

    The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.
  • The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.

    The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.

    /Portals/1/images/Magazines/0210/B_0210_K12_2.jpg

    The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.

    The addition of 11 science labs and a refurbished theater were just part of the $62 million modernization project that allowed Riverside Brookfield High School to expand its curricular offerings.
  • Athletes at Riverside Brookfield High School now practice and play in a newly renovated gym, as well as a new swimming pool and remodeled outdoor athletic field and field house.

    Athletes at Riverside Brookfield High School now practice and play in a newly renovated gym, as well as a new swimming pool and remodeled outdoor athletic field and field house.

    /Portals/1/images/Magazines/0210/B_0210_K12_3.jpg

    Athletes at Riverside Brookfield High School now practice and play in a newly renovated gym, as well as a new swimming pool and remodeled outdoor athletic field and field house.

    Athletes at Riverside Brookfield High School now practice and play in a newly renovated gym, as well as a new swimming pool and remodeled outdoor athletic field and field house.
  • The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    /Portals/1/images/Magazines/0210/B_0210_K12_4.jpg

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.
  • The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    /Portals/1/images/Magazines/0210/B_0210_K12_5.jpg

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.
  • The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    /Portals/1/images/Magazines/0210/B_0210_K12_6.jpg

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.
  • The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    /Portals/1/images/Magazines/0210/B_0210_K12_7.jpg

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

    The renovation of Riverside Brookfield High School made the building a greener, more efficient building, as well as one that’s more attractive to students and teachers.

Originally constructed in 1917, with many additions over the years, Riverside Brookfield High School in Riverside, IL, was beginning to feel its age when District 208 began looking at remodeling the building in 2005.

“The infrastructure was 90 years old at the time, with very few updates,” says Andy Joseph, senior design architect for Wight & Company, the architect in charge of the modernization project. “Classrooms with one electrical outlet didn’t have much [to offer for a] 21st-century education. There was no air conditioning, the heating systems were antiquated and hard to control, the lighting fixtures were original … it was described as a tired, old school.”

The Problem
Aside from the look of the building, many problems came with having such an old building. “There were additions in 1952 and 1960,” says Tim Scanlon, principal at Riverside Brookfield High School. “There were four parts of the building, so we didn’t have great egress, and we had a lot of bottlenecks in traffic flow.”

Cost Breakdown by Phase

Summer 2006: $1.2 million

  • Remove football field and a portion of the track. Add a synthetic turf field, rebuild track and track surface.
  • Add running lanes for long jump and pole vault.
  • Add areas for shot put and pole vault.
  • Incorporate new underground drainage system to serve site work at athletic field.

Phase 1, Summer 2007: $6 million

  • Turn 8,000 square feet of open-air courtyard into band rehearsal and choir rooms.
  • Partial MEP distribution above corridor ceilings.
  • New finishes in approximately 18 classrooms.
  • Asbestos abatement.
  • Demolition of previous band rehearsal room and conversion into new mechanical room.
  • Begin construction of freestanding auto shop building.

Phase 2, November 2007 to November 2008: $6.5 million

  • Demolition of pool and locker rooms.
  • Construction of new pool and locker rooms.
  • Demolition in preparation for Phase 3 work.
  • Asbestos abatement.
  • Completion of freestanding auto shop building.

Phase 3.1, May 2008 to September 2009: $37 million

  • Construction of 2-story, 40,000-square-foot addition (entrance, administrative offices, and classrooms).
  • Construction of 2-story, 10,000-square-foot additions within two previous open-air interior courtyards for science and math classrooms.
  • New 21,000-square-foot field house addition.
  • Installation of new MEP services and finishes.
  • Gut and rebuild basement locker rooms.
  • Upgrade wrestling and weightlifting areas.
  • Gut and rebuild kitchen and food service areas.
  • Asbestos abatement.
  • Completion of new MEP system distribution to all existing portions of school.
  • New finishes throughout.

Phase 3.2, September 2009 to March 2010: $1.5 million

  • Document and address punch list issues.
  • Gut and refinish little theater.
  • Gut and refinished auditorium.
  • Life-safety repairs to football stadium.

Project Total: $62 million (including $9.8 million in design/planning)

Comfort for students and teachers was also a problem. “Very little of the school was air conditioned,” says Larry Herbst, a member of the District 208 Board of Education. “Most of the electrical service was very old and dangerous. There were a number of life-safety issues. And, for curricular-driven modifications, we needed to expand our science labs.”

Wanting to improve technology and provide a space that would offer lots of flexibility, the school wanted a space that would enhance and be a tool for teaching – not something that got in the way, says Scanlon.

The district was also outgrowing the outdated building. “We were over 100-percent utilization in some departments; we had classes on the stage and in makeshift classrooms,” says Scanlon.

The Solution
The district was able to address these issues with the passage of a referendum in Spring 2006. The referendum provided the funding and spending authority for the 4-year, $62 million project. “In many ways, it’s an entirely new place; you wouldn’t recognize it by walking down the hall,” says Kevin Havens, senior vice president and director of design for Wight & Company.

The scope of the renovation was comprehensive, and it completely modernized the outdated facilities (see Cost Breakdown by Phase). In addition to renovating the auditorium, the school added:

  • New lockers
  • Double-pane windows
  • An updated boiler and HVAC system
  • Sprinklers
  • A new electrical system
  • Classrooms and science labs
  • A swimming pool and athletic field

To finish such an extensive renovation, the district completed the construction in phases, allowing the school to remain open during the course of construction. While the school was able to complete the project on budget and within its 4-year timeline, the construction schedule was not without challenges. “Because we had to do it in phases, trying to do [the construction] and still maintain a functioning, year-round school was tough,” says Scanlon. “We had to be very flexible, and we had to do a lot of change of space based on need. One day the stage in the gymnasium was a stage, and the next day it was a classroom; another time, it was something else. We turned spaces into whatever we needed them to be as we went through the phases.”

The Process
Scanlon emphasized the importance of communication throughout the construction process. “We had to make sure the public knew what was going on and that people knew we were spending the money prudently and in line with their requests,” he says.

The nature and complexity of the project also created challenges for the design team. Ed Faron, project manager for Wight & Company, says there were four major obstacles the team overcame. “Early on, there were no accurate blueprints of the building, so we spent the entire summer of 2006 sending teams of people out to the school to physically measure the entire building,” says Faron. “Also, since they had to live in the school while it was being built around them, the construction sequencing was very important.”

Although communication ensured project success, it also made things more difficult in some situations. “A school ‘client’ consists of a board of trustees, the administration, the department heads, and anybody who thinks they have information that’s valuable to the design effort,” says Faron. Information was gathered from three dozen people and organized so everyone could understand it. From there, degrees of importance were established.

Despite these challenges, construction went smoothly – the district did not go over budget, the building will be dedicated 4 years to the day after the passing of the referendum, and community response has been extremely positive. This is, in part, due to the extensive planning done at the beginning and a bit of luck with the timing.

The district was diligent in planning, starting with a campaign before the referendum to build community support through meetings with community members, faculty, staff, students, and the design team. “Our first step was to spend a lot of time at the school to understand what they lived with and what their issues were,” says Joseph. “We visited the school, we toured, we met with faculty, and we helped document needs in terms of what they envisioned for the next century of education.”

Careful planning extended into budgeting for the project. “We were conservative,” says Scanlon. “We put a good amount of money into contingencies and tried to be very conscientious.” While funding in a downward economy can be tough, the current economy worked in the district’s favor. “There was a certain element of dumb luck involved because of the economy during the last two years,” says Herbst. “We were getting more bidders for every phase of the project because everyone was looking for work, and their pricing reflected that. We also did a little homework, and we bought some of the major pieces ahead of time, when prices were lower.”

The Outcome
Overall, the project has been met with very positive community response, and has had an astounding effect on curriculum and the general learning environment. “We were able to increase our labs – we have computer labs for mathematics, and we have state-of-the-art foreign language labs. The biggest kick has been our increased science labs,” says Herbst. “It’s been a building process in making it more attractive to educators and students.”

Before and After

Original Square Footage: 364,585
Total Demolition Square Footage: 70,130
Total Additional Square Footage: 112,620
Total Square Footage After Remodel: 407,075

It’s a greener building, too. “We’re using energy more efficiently, we’re using less fuel, we have permeable pavers, and we’re a little bit more conscientious of water reclamation,” says Scanlon. “The white roofs and other green elements raised awareness about being friendlier to the environment.”

Though the district was unable to obtain LEED certification, the district did its best to ensure that the newly remodeled building was more efficient. Scanlon says the efficiency upgrades are expected to lower the district’s fuel costs by 20 percent despite the addition of square footage and air conditioning to the entire facility. Additionally, Havens stated that a great amount of construction waste avoided the landfill and was reused during the course of the project – as of September 2009, approximately 87 percent of construction waste had been recycled.

Herbst emphasizes that other districts can be equally successful in modernizing their buildings with the right amount of planning and the right team. “I would tell any school district that’s behind the times, that’s wasting money on energy, that’s limited their programs because of their buildings: ‘Don’t be afraid to do it. Go for it.’ Just do a lot of homework, have a definite purpose and mission, and get the right people.”

Havens adds, “Once you get started and think through the things that need to take place, it’s pervasive. It affects the entire facility and everything about it. But, in the end, it’s worth it.”

 

Connectrac wireways offer discrete power and technology connectivity in open interior spaces of all kinds; affordably, quickly and with long-term flexibility.



When choosing a metal-clad building for your next construction project, consider Morton Buildings, Inc., and their designBUILD team, we’ll make your dream a reality.

Visit our website today to learn about the design flexibility of a Morton building and the endless possibilities of partnering with our designBUILD team.

Wood construction is both cost and energy efficient. Check out Morton Buildings and our designBUILD team online today to discover all the benefits of post-frame construction.

We Can Help You Reduce Energy by 30%

Our mission is to help our customers manage their buildings' energy costs, improve reliability, and enhance performance while having a positive impact on the environment.
CLICK HERE to find out how.


Mitsubishi Electric’s H2i R2-Series heat pumps provide 100% heating capacity down to 0° F and simultaneous heating and cooling down to -4° F delivering year-round comfort, regardless of climate zone.

Connectrac wireways offer discrete power and technology connectivity in open interior spaces of all kinds; affordably, quickly and with long-term flexibility.



When choosing a metal-clad building for your next construction project, consider Morton Buildings, Inc., and their designBUILD team, we’ll make your dream a reality.

Visit our website today to learn about the design flexibility of a Morton building and the endless possibilities of partnering with our designBUILD team.

Wood construction is both cost and energy efficient. Check out Morton Buildings and our designBUILD team online today to discover all the benefits of post-frame construction.

We Can Help You Reduce Energy by 30%

Our mission is to help our customers manage their buildings' energy costs, improve reliability, and enhance performance while having a positive impact on the environment.
CLICK HERE to find out how.


Mitsubishi Electric’s H2i R2-Series heat pumps provide 100% heating capacity down to 0° F and simultaneous heating and cooling down to -4° F delivering year-round comfort, regardless of climate zone.

 
comments powered by Disqus

Related Products

Tools, Services and Software
Lighting
LJT

Sponsored Links