Metal Ceiling Makes Waves at Student Center

Metal Ceiling

A wave-shaped metal ceiling controls noise and adds visual interest to the dining area in the new Student Center at Miami University.

When students at Miami University of Ohio want to grab a bite to eat or catch up between classes, they head to the Commons, a large, open dining and gathering space in the new Student Center.

When designing the space, an acoustical ceiling that would both control noise in the busy dining area and add visual interest to the space was a key consideration. “Acoustics was important because we wanted to keep noise from bouncing around, but we also wanted something that would create interest in a place where people wanted to be,” says Samantha Delabar of BHDP Architecture, Columbus, OH.

In addition, a metal ceiling was desired because of its durability and longevity. “Due to the high volume of the space, we wanted something that would last a long time and require very little maintenance,” she says. The ceiling also had to be 100 percent downward accessible to provide access to the mechanicals in the plenum.

The eventual design concept called for a metal ceiling that resembled a cascade of wave-shaped ribbons. Working with the You Inspire Solutions Center at Armstrong Ceilings, the design team was able specify a MetalWorks RH215 Faceted Custom Ceiling System that met its design criteria.

The wave-shaped ribbons were created by installing rows of 12-inch-by-56-inch white steel ceiling panels with matching trim on a faceted suspension system. All the panels are micro-perforated and backed with an acoustical fleece to control noise. “We wanted the ceiling to complement the activity going on in the space,” explains Delabar, “and the visual impact of the waves accomplishes that.”

www.armstrong.com/commceilings

This article originally appeared in the issue of .

Featured

  • Beeville ISD Starts Construction on New Elementary School

    The Beeville Independent School District near Corpus Christi, Texas, recently began a construction project that will consolidate two existing, aging schools into a new elementary school, according to a news release. The district is partnering with Pfluger Architects and Spawglass General Contractors for the design and construction, respectively, of the new facility.

  • New Campus Stadiums Evolve Beyond Sports into Community Assets

    New campus planning documents reveal an abundance of high interest in new stadiums, or renovations and repurposing projects for existing facilities. Many universities, in fact, are developing campus complexes with new stadiums as a draw for retail, hotels, and student housing. Multipurpose facilities with high-end features are being designed to attract large sports events of various types, concerts, and other university functions.

  • bar graph with the bars made out of abstract cinder blocks and other construction materials

    Spaces4Learning 2025 Trends in K–12: Materials & Construction

    With 2025 well underway, it’s time to take a look at some broader trends submitted by you, our Spaces4Learning readership. We asked for your thoughts on topics like classroom design, health & safety, materials & construction, and technology in both K–12 and higher-education environments. Below is a roundup of 2025 trends in K–12 materials and construction from the experts in the trenches.

  • K12 Tutoring Earns Every Student Succeeds Act Level II Validation

    Personalized online tutoring service K12 Tutoring recently announced that it has received Level II validation underneath the Every Student Succeeds Act (ESSA), according to a news release. The independently validated study provides evidence of K12 Tutoring’s role in creating positive student outcomes through effective academic intervention and research-based solutions.