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Image - Lorusso Applied Technology Building with photo collage

Lyndon P. Lorusso Applied Technology Building "At A Glance"

  • The Commonwealth of Massachusetts bonded $5.7 million dollars to construct a new building at the College, as long as CCCC matched it with $2 million in private contributions
  • $1 million challenge pledge from Paul and Lila Lorusso to create new Applied Technology Center to be named the Lyndon P. Lorusso Applied Technology Building
  • 1st new building since campus was completed in 1974
  • This is a three-story structure with 25,000 gross square feet or approximately 15,000 usable classroom space (total usable space about 19,000 sq ft). Built into the side of a hill and into a deep gully, from the main campus it appears equal in height to the buildings around it.
  • For comparison, this is the square footage of the top two floors in the "North Building," on the campus today. It is located between the Grossman Commons and the Gym, inside the ring road.
  • The project was coordinated by the state Division of Capital Asset Management
  • A.P. Whitaker of West Bridgewater, MA was the contractor.
  • Ground was broken June 14, 2004 at 11 a.m.
  • Classes actually started to be held - in the new $8 million facility during the summer of 2006.
  • The new building meets the technology needs of all academic programs and infrastructure at the College.
  • It contains six computer lab classrooms, an open lab, a GIS lab, nine offices, two meeting rooms, and the College's administrative IT department including repair rooms.
  • The Lorusso Applied Technology Center will be the first state-owned building in Massachusetts to receive Leadership in Environmental Engineering Design (LEEDS) certificate. This 'green' building will use alternative energy sources such as solar panels, be built with recycled materials, designed for water conservation, and low-impact environmentally appropriate landscaping, among many characteristics to gain this unique certification. (see below)

 

Named by Paul and Lila Lorusso on Monday March 11, 2002. In ceremonies in the Tilden Arts Center on the West Barnstable campus the couple were applauded for their $1 million challenge gift to the College, made in the name of their son Lyndon P. Lorusso, as the leadership gift in the College Educational Foundation's "Changing Lives - Building Community" capital campaign.

This gift keeps alive the spirit of the Lorusso's only child, Lyndon, who was killed in a tragic accident when he was only 17 years old. By making the gift in his son's name, it becomes part of a pattern of "giving back," as Mr. Lorusso puts it, that flows through three generations of the family.

"It began with my father impressing on us that even during the depression we could do something for others. So, we found food, fruit, I especially remember bananas that we gave to those who needed it badly...Later on, Lila and I always spoke to Lyndon of his responsibility to give back not only portions of his financial gifts, but of himself as well. As a teenager we told him that his share of our family's acquired fortune would be 10%, and the remaining 90% would be given to charity. His reply was to ask if he could give some of his portion to charity as well. We honor that spirit in our gift to the College today," explained Mr. Lorusso during a press briefing in the College's Tilden Arts Center.

It was built adjacent to the Grossman Commons Building within the "ring road" of the campus (a one-way road the encircles the campus). The College was recognized in April of 2002 with a U.S. EPA "Environmental Merit Award" for CCCC's commitment to environmental protection, conservation, and "green" management practices. That award is believed to be the first ever awarded to a community college. It received the Community College Futures Assembly Bellwether Award 2006 for its long-standing commitment to sustainability as exemplified by the building's design and construction.

The new building continues that commitment. It will be first Leadership in Energy and Environmental Design (LEED) certified public building constructed in Massachusetts. LEED is a voluntary national standard for developing high-performance, sustainable buildings. It was created to define the term "green building" through a common standard of measurement, and to promote "green building" construction.

Highly efficient energy use and the use of renewable sources where possible are key elements in the concept. Conserving water and electricity, choosing low-toxicity construction materials for the building itself, and making the indoor air quality a key consideration in designing and furnishing the facility are the general guidelines under which a building is certified.

A comprehensive "green building study" was done to determine what LEED elements would work best in the Lyndon P. Lorusso Applied Technology Center.

Click here for a high quality version of our Gold LEED Certification Brochure.

Below is a list of the major design elements to be included in the College's new construction.

  • Site selection: maximizing sunlight exposure, and minimizing erosion;
  • Permeable paving: managing water run-off through design and materials by either directing it into catch basins or by diffusing its entry into the ground to eliminate erosion, ponding, etc.;
  • Photovoltaic (solar) panels: offsetting the building's electrical demand for lighting (20kv);
  • No-flush, waterless urinals: each saving up to 45,000 gallons of water per year;
  • Maximizing daylight reflection: offsetting demands for additional electric lighting with strategically placed high-efficiency windows;
  • Gray-water system: reclaiming water, including rain, for reuse;
  • High efficiency gas boilers: super efficient fuel use, producing few pollutants;
  • CO2 ventilation: enhancing the interior environment;
  • Construction materials: using recycled or high recycled content whenever possible;
  • Construction waste recycling: planning the construction process itself to minimize the amount of waste created, and assuring appropriate disposal.

Key L.E.E.D. elements in a building's design and construction

  • Erosion and Sediment Control
    • Provides a site sediment and erosion plan that prevents loss of soil during construction.
    • Protects topsoil for reuse, prevents sedimentation from runoff, and providing dust pollution control.
  • Site Selection
    • Minimizes impact of existing campus.
    • New building is located close to parking lots to eliminate need of new parking lots.
    • Placement of new building will epose it to maximum daylight
  • Alternative Transportation
    • College supports bus transportation.
    • No additional parking will be needed.
  • Reduced Site Disturbance
    • Uses existing Bituminous paths
    • Conserved natural areas around the building
    • Construction documents establish clearly marked construction and disturbance boundaries
  • Storm Water Management
    • Limit disruption of natural water flows and minimizes storm water runoff.
  • Landscaping and Exterior design to Reduce Heat Islands
    • Provide landscaping to reduce heat islands.
    • Light colored, high-aldebo materials for 30% non-roof impervious surfaces
    • ENERGY STAR roof compliant, high reflectance and low emissivity roofing materials
  • Light Pollution Reduction
    • Eliminate light trespass, improve night sky access, reduce development impact on nocturnal environment.
    • Interior and exterior lighting so that zero direct-beam illumination leaves the building site
  • Water Conservation
    • Water Use Reduction
    • Use infrared sensors for automated faucet control.
    • Use waterless urinals
  • Water Efficient Landscaping
    • Capture rainwater or grey water for irrigation and water conservation.
    • Plants native to the site in order to reduce the need for soil amendments and excessive water.
  • Innovative Waterwater Technologies
    • Lavatory sinks are low flow .5 gal/min with infrared sensors.
    • Toilet fixtures are low flow 1.5 gal/flush.
    • Reuse non-potable grey water system for flushing toilets

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