flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

2011 Reconstruction Award Profile: Seegers Student Union at Muhlenberg College

2011 Reconstruction Award Profile: Seegers Student Union at Muhlenberg College

Seegers Student Union at Muhlenberg College has been reconstructed to serve as the core of social life on campus.


By By Tim Gregorski, Senior Editor | May 31, 2012
In the spring of 2009, Muhlenberg College embarked on an expansion and renovatio
In the spring of 2009, Muhlenberg College embarked on an expansion and renovation to Seegers Student Union. The college develope

At many colleges and universities, the student union serves as the focal point of campus activity. These days, campus planners are increasingly designing student unions as a multifunctional home to fuse student life and recreational activities under one roof.

Two years ago, Muhlenberg College, Allentown, Pa., embarked on a bold expansion and renovation project to dramatically upgrade the outdated Seegers Student Union.

The building was originally constructed in 1960 when enrollment just topped a thousand students. Despite previous expansions and renovations, the 66,000-sf student union was too tired, worn, and undersized to serve as a modern-day campus center for more recent needs of up to 3,300 guests per day.

Ultimately, college officials decided to transform the Seegers Student Union into a contemporary student dining and commons facility to meet the college’s growing, diverse needs.

PROJECT SUMMARY
Seegers Student Union, Muhlenberg College
Allentown, Pa.

Building Team
Submitting firm: Bruner/Cott & Associates
Owner/developer: Muhlenberg College
Structural engineer: Barry Isett & Associates
Mechanical engineer: Snyder Hoffman Associated Inc.
General contractor: Alvin H. Butz Inc.

General Information
Size: 70,000 sf
Construction cost: $20 million
Construction period: August 2008 to August 2010

Putting The Emphasis on Community Ideals

The Muhlenberg campus is located along a high ridge with a view of the Lehigh Valley. The architectural vocabulary reflects both English and German design traditions.

The 30,000-sf expansion and reconstruction focused on centralizing the Student Life and Student Organization offices, expanding the informal social space, and, most importantly, developing a 600-seat dining facility that could support the strong sense of community within the college.

In an effort to influence design criteria and create a sense of ownership with the Muhlenberg campus population, the Building Team relied on direct and indirect feedback with students, staff, and faculty. “We conducted a number of focus groups and hung a series of comment boards on which students wrote their suggestions, comments, and wishes for the Seegers Student Union,” says Dana Kelly, marketing director with design firm Bruner/Cott & Associates, Cambridge, Mass. “There was a lot of emphasis on the desire to ‘create a living room on campus’ that would serve as a neutral ground for all constituencies.” This factor influenced the social aspects of the design.

Senior staff members from the college served as the Steering Committee and helped clarify the project’s goals. “From an admissions perspective, it was important that the institution respond more deeply to the observances of Jewish students who make up one-third of the student body,” says Glenn Gerchman, director of Seegers Student Union. Maintaining a “strong sense of community” was also crucial. “That’s a characteristic recognized by nearly everyone who walks down Muhlenberg’s academic row,” he says.

Because the Seegers Student Union abuts the principal east-west pathway on the west end of the main quad, students, staff, and faculty were able to track construction progress. Not letting an educational opportunity pass, the Building Team created a Progress Plaza near the construction site where information about the project and its progress was continuously posted, according to Kelly.

Developing The Focal Point on Campus

The Building Team was charged with designing a facility that met a wide range of student dietary requirements and restrictions. One is the Noshery, a new kosher station that has two separate kitchens—one for meat preparation, one for dairy prep. “We believe this is the first fully integrated kosher station on a college campus,” says Kelly. “Integrated meaning that it is not segregated from the other stations like other kosher stations.”

The new food gallery also brings the kitchen out in the open. Food is prepared in a display-cooking format in front of the students, which brings food to students faster while reducing waste and labor cost.

“The response to this format has been tremendous,” says Gerchman. “The meal plan counts are up, and the students have responded favorably all around.”

The reconstructed 600-seat dining room has become a hearthstone visible from the surrounding campus. It can also host a wide variety of campus events. The Light Lounge serves as an active living room, while an outdoor terrace overlooking Brown Mall rounds out the amenities of the structure.

Designed for LEED Gold guidelines but not LEED-certified, the Seegers Student Union incorporates multiple sustainable measures: low-VOC paints and adhesives, recycled tile and carpet, renewable lumber and millwork, a spray-foam insulated building envelope, and integral air and vapor barriers.

 “The new Seegers Student Union now completes a new quadrangle on the campus, providing students with an important connection to the outdoors,” says Kelly.

Seegers Student Union defines a new campus space for Muhlenberg College that reinforces the unified structure of the campus. The building balances the institutional ambitions of the college with a desire to be aesthetically and socially innovative. +

Delivery method: Design-bid-build

Related Stories

| May 11, 2012

AIA launches education and training portal

New portal to host Contract Documents training, education resources in one convenient place.

| May 10, 2012

Chapter 7 When Modern Becomes Historic: Preserving the Modernist Building Envelope

This AIA CES Discovery course explores the special reconstruction questions posed by Modern-era buildings.

| May 10, 2012

Chapter 6 Energy Codes + Reconstructed Buildings: 2012 and Beyond

Our experts analyze the next generation of energy and green building codes and how they impact reconstruction.

| May 10, 2012

Chapter 5 LEED-EB and Green Globes CIEB: Rating Sustainable Reconstruction

Certification for existing buildings under these two rating programs has overtaken that for new construction.

| May 10, 2012

Chapter 4 Business Case for High-Performance Reconstructed Buildings

Five reconstruction projects in one city make a bottom-line case for reconstruction across the country.

| May 10, 2012

Chapter 3 How Building Technologies Contribute to Reconstruction Advances

Building Teams are employing a wide variety of components and systems in their reconstruction projects.

| May 10, 2012

Chapter 2 Exemplary High-Performance Reconstruction Projects

Several case studies show how to successfully renovate existing structures into high-performance buildings.

| May 9, 2012

Chapter 1 Reconstruction: ‘The 99% Solution’ for Energy Savings in Buildings

As a share of total construction activity reconstruction has been on the rise in the U.S. and Canada in the last few years, which creates a golden opportunity for extensive energy savings.

| May 9, 2012

International green building speaker to keynote Australia’s largest building systems trade show

Green building, sustainability consultant, green building book author Jerry Yudelson will be the keynote speaker at the Air-Conditioning, Refrigeration and Building Systems (ARBS) conference in Melbourne, Australia.

| May 9, 2012

Tishman delivers Revel six weeks early

Revel stands more than 730 feet tall, consists of over 6.3 milliont--sf of space, and is enclosed by 836,762-sf of glass.

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