flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

Student center becomes social hub of campus

Student center becomes social hub of campus


By Robert Cassidy, Editorial Director | June 14, 2011

Founded in 1896, Clarkson University, in Potsdam, N.Y., has for more than a century espoused practical technology-based education coupled with a spirit of invention. Those qualities came to the fore in the design and construction of a new student center.

In 2006, students voted to increase their fees to help pay for a new student union that would achieve two main goals: first, to unite many dispersed student programs in one building; and, second, to link the new center to the other academic buildings on campus.

Four years later, a Building Team led by architect Perkins+Will and contractor Pizzagalli Construction delivered a soaring three-story, 60,000-sf student center that has become the social hub for the university’s 3,000 students. The three floors are connected via a “Forum” that runs through the center of the dramatic glass-brick-sandstone structure, whose arched windows and stylized cupola allude to Old Main, the historic central structure of the university’s original downtown campus across the Raquette River.

Two enclosed bridges provide comfortable access to other academic buildings—a welcome feature, considering that winter temperatures in New York’s North Country can drop to -40°F.

The LEED Silver-targeted facility provides space for multiple activities: the main dining hall, a marché-style servery, a bar/café, multipurpose meeting rooms, a meditation room, lounges, game rooms, a convenience store, student-run radio/TV stations, the student newspaper office, soundproof music rehearsal rooms, and a post office. The Forum seating faces a huge media wall.

The national economic downturn hit just as construction was starting in early 2009. The team provided a list of design options to the university that cut costs 25% below the original budget, which allowed the university to make improvements to existing residence halls on campus.

The building uses locally produced concrete blocks invented by a member of the Clarkson engineering faculty. The blocks use 20% recycled industrial glass. The Building Team also used BIM software (Autodesk Revit) to provide tight coordination and trim construction conflicts.

To link the new student center back to Clarkson’s roots, the university asked for red sandstone to be used. The original buildings in the historic downtown campus were built with sandstone from the local quarry owned by Thomas S. Clarkson, in whose memory Clarkson University was founded. Unfortunately, the original quarry had been mined out, sending the Building Team on a mad search to find a replacement. With luck, they located an individual who had an inventory of sandstone from the original quarry—just enough for the base of the student center and several fireplaces.

Related Stories

Sponsored | Energy Efficient Roofing | Feb 12, 2015

How does airflow under a metal roof further enhance energy savings?

Metal roof coatings with solar reflectance can help building owners save substantially in annual cooling costs. Research has confirmed that creating an air space under a metal roofing system will increase energy savings during both summer and winter months. 

Brick and Masonry | Feb 5, 2015

3D-printed 'cool brick' may provide cooling solution for arid locations

Cool Brick is made of porous ceramic bricks set in mortar. The bricks absorb water, which cools the air as it passes through the unit.

Green | Feb 4, 2015

Illinois leads top 10 states for LEED green building

Collectively, 1,662 commercial and institutional projects became LEED certified within the top 10 states in 2014, representing 251.7 million sf of real estate. 

Sponsored | Metals | Jan 30, 2015

Want greater energy savings? The answer is right above you

A recent study finds that metal roofs can cut energy costs.

Energy Efficiency | Jan 28, 2015

An urban wind and solar energy system that may actually work

The system was designed to take advantage of a building's air flow and generate energy even if its in the middle of a city.

| Jan 21, 2015

Tesla Motors starts construction on $5 billion battery plant in Nevada

Tesla Motors’ “gigafactory,” a $5 billion project on 980 acres in Sparks, Nev., could annually produce enough power for 500,000 electric cars.

| Jan 14, 2015

Winners of the 2014 Architecture at Zero competition announced

The competition challenged design teams to create zero-net-energy buildings for the Jack London Gateway project site in Oakland, Calif. 

| Jan 7, 2015

Department of Energy seeks public input on definition for zero-energy buildings

A broadly accepted market definition of zero-energy buildings is foundational to efforts by governments, utilities, or private entities to recognize or incentivize zero energy buildings. 

Smart Buildings | Jan 7, 2015

NIBS report: Small commercial buildings offer huge energy efficiency retrofit opportunities

The report identifies several barriers to investment in such retrofits, such as the costs and complexity associated with relatively small loan sizes, and issues many small-building owners have in understanding and trusting predicted retrofit outcomes.

boombox1
boombox2
native1

More In Category




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