Extended Campuses Building

This facility houses the Extended Campuses student service center, its statewide advising center, its programming department, and NAU TV Services in a 23,000-square-foot building.

• Architect: Burns Wald-Hopkins Shambach Architects
• Contractor: Kinney Construction Services 

This building uses about 43 percent less energy than a typical building of the same size from the use of:

• passive ventilation
• solar-preheating of outside air
• an active chilled beams heating, ventilation, and air conditioning (HVAC) system

Features

• This new facility connects to the existing Communication building through a new atrium that will also be the main entry for the Extended Campuses program.
• The building is open to natural light, creating an airy social and collegial space.
• A reflective roofing system and light-colored paving lessen the heat island effect.
• Showers are located on the second floor.
• Light trespass is minimized from the building and from the site to meet the Flagstaff Dark Sky criteria.
• The west side of the building has a vegetative solar screen.
• Interior materials – glues, sealants, paints, carpet, and wood – do not emit toxic fumes.
• Over 90 percent of interior spaces have views to the exterior of the building.

Achieving LEED Gold

Energy efficiency

• The HVAC system introduces an active chilled beam heating and cooling system, which produces significant energy savings and operates more quietly than traditional systems.
• Window glazing systems provide optimum shading while allowing for effective day lighting.
• The building enclosure was developed to meet energy conservation goals.
• Occupancy sensors are installed to assist with lighting and energy conservation.
• Air filtering systems meet LEED standards.

Construction and reduced building impact

• 60 percent of wood used in the project was grown and harvested in sustainably managed forests.
• The building is an infill project located in a previously developed portion of campus.
• Recycled cotton batt (blue jeans) was used for insulation.
• 91 percent of demolition debris was recycled.
• 50 percent energy cost savings.

Water efficiency

• The building contains low-flow plumbing and lavatory fixtures.
• Reclaimed water is being utilized for landscape irrigation and non-potable lavatory needs.
• 85 percent water use reduction.
• Passive water harvesting is used on the site.