MathScience Innovation Center Acoustics

James CoxJames began his acoustical career over 25 years ago as a project manager, focusing on sound attenuation with operable and accordion partitions. He transitioned into specified product sales, creating solutions for designers and contractors. Outside of work, James enjoys activities with his kids and exploring Richmond. 1-800-782-5742 Ext. 0122

The MathScience Innovation Center distance-learning studio using door seal kits to provide privacy and avoid interruptions.

The Issue

When the MathScience Innovation Center’s educational broadcasting efforts began reaching more students, they decided to contact Acoustical Solutions. They needed advice and products to improve the acoustic quality of their lessons. After the soundproofing and noise control project was finished, the intelligibility of the center’s virtual lessons and distance learning programs broadcast throughout central Virginia was greatly improved.

MathScience Innovation Center Room for distance learning using AcoustiArt fabric wrapped acoustic panels for a backdrop.

The MathScience Innovation Center Room using AcoustiArt fabric wrapped acoustic panels for a backdrop for distance learning.

The Challenge

Central Virginia’s MathScience Innovation Center, which has been delivering math and science lessons in the classroom since the early 1960s, has a mission “to be the innovator, incubator, and advocate of 21st Century math and science programs for the [Virginia] Capital region’s K-12 educators and students.” It only seemed fitting that 21st-century math and science programs be taught using a 21st-century medium, the internet. The center’s teachers delivered the first internet lessons from their desks in cubicles, and eventually moved to an empty classroom. “That room had a lot of echo due to a hard-concrete floor and exterior walls that picked up outside vehicle and lawnmower sound,” says the Center’s Multimedia Producer, Echol Marshall, Ph.D. ,“all of our rooms are on slabs, so there was intrusion from neighboring classrooms as well.” By the spring of 2010, the demand for lessons required several lessons to be delivered simultaneously. The Center found that it now needed four spaces in which teachers could operate alone, yet still in close proximity to one another. Small rooms were built as private studios, which solved the space issue, but teachers were still battling noise distractions.

Fabric wrapped panels with a custom art background reduce echo and reverberation in the MathScience Innovation Center.

The Solution

Various treatment options were discussed with the staff at Acoustical Solutions. Marshall decided to combat the echo and reverberation in the broadcast rooms with three products. First, Sonex® Audio Tiles were installed on the rooms’ ceilings to combat floor-to-ceiling reverberation. These foam panels worked by absorbing sound energy before it had a chance to reflect off the ceiling and back at the teachers or reverberate through the space. Next, to treat the side-to-side reverberation, 64 square feet of AlphaSorb® Fabric Wrapped Acoustic Panels in SoundSuede™ Fabric were installed in each broadcast room. SoundSuede™ Acoustic Panels work the same way as the Sonex® Audio Tiles, by absorbing sound energy with which they come into contact, thus reducing echo and reverberation. Because the center’s teachers broadcast both video and audio, Marshall chose the next wall treatment because it serves two purposes. He had Acoustical Solutions install one 4′ x 8′ AlphaSorb® Art Acoustic Panel behind each broadcast seat. Art Acoustic panels serve the same absorptive purpose as the other treatments in the room but with an added bonus. The center’s logo is printed on the acoustic fabric used to wrap the panel. “We use these panels as a backdrop for our lessons,” Marshall explained. “It helps reinforce our brand and gives our broadcasts a more professional look.” As demand grew, lessons were broadcast more frequently. Marshall explained that “one thing we needed to do was isolate the lessons that were being simultaneously delivered.” To accomplish this isolation, Acoustic Door Seal Kits were installed on each of the room’s doors. These kits include acoustic jambs, automatic door bottoms, and thresholds. Sealing the openings around doors drastically reduces noise transfer because of what is known as the 1% principle. This states that a 1% opening in a barrier will allow up to 50% of the sound to escape.

In the Customer's Own Words

“The product we deliver is now more professional and it’s more than the sound that goes into the mic. The room has a silence that keeps the teachers focused on their lesson, and it’s the feel of the room that creates an aura of professionalism and a feeling of confidence. And all that translates into lesson quality.” — Echol Marshall, Ph.D., Multimedia Producer, MathScience Innovation Center

To learn more about how Acoustical Solutions can solve your noise control problems, use our contact form, call one of our Acoustical Sales Consultants at (800) 782-5742, or visit us on the web at acousticalsolutions.com.

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