HUSH School of Engineering Innovation Soars High with Federal Approval 8 Communicator <strong>Winter</strong> <strong>2006</strong> ITBY MANON L. MIRABELLI
On a bright, sunny afternoon in May, a group of elated <strong>Western</strong> <strong>New</strong> <strong>England</strong> College alumni, faculty, and students is ga<strong>the</strong>red at Barnes Municipal Airport in Westfield, MA, to witness <strong>the</strong> successful result of years of work that began at <strong>the</strong> School of Engineering. On <strong>the</strong> tarmac is a Gulfstream corporate jet fitted with a $2 million, Federal Aviation Administration (FAA) certified Hushkit noise suppressor. The concept for <strong>the</strong> Hushkit, <strong>the</strong> brainchild of Dr. Walter Presz, professor emeritus of mechanical engineering, began as an engineering Senior Design Project in 1991 implemented at first on leaf blowers and hair dryers. “It started with a simple idea and a dream,” — Walter Presz That dream is clearly a reality in Westfield, just one stop on a five-state, cross-country marketing tour including California, Florida, <strong>New</strong> Jersey, and Texas where potential Hushkit buyers will be introduced to <strong>the</strong> device with demonstrations. The innovative aircraft part will make it possible to keep older Gulfstream jets from becoming obsolete as noise requirements become stricter at more and more smaller airports. Dr. Presz, who cofounded with pilot/investor Jack Anderson, Stage III Technologies, <strong>the</strong> La Jolla, CA, based company that brought <strong>the</strong> patented Hushkit out of <strong>the</strong> lab and into <strong>the</strong> avionics industry, is surrounded by those who have played Professor Emeritus Walter Presz is interviewed by ABC affiliate TV40 a vital role in <strong>the</strong> technological triumph. “This was truly an American dream,” Presz says. “Jack is <strong>the</strong> pilot, and I’m <strong>the</strong> researcher. He raised some money to bring me aboard and toge<strong>the</strong>r we set up <strong>the</strong> facility.” They chose La Jolla, CA, on <strong>the</strong> West Coast, Presz adds, because of <strong>the</strong> availability of titanium to manufacture lightweight products. Also at <strong>the</strong> airport is ano<strong>the</strong>r important member of <strong>the</strong> team that brought <strong>the</strong> Hushkit to certification—Gary Reynolds ’92, vice president of engineering for Stage III. “I never thought I would be here today,” he says. In all, eight alumni to date ei<strong>the</strong>r currently work for Stage III or have worked <strong>the</strong>re in <strong>the</strong> past. Jeff King ’98 and Keith Ritchie ’98 are presently employees; and Phil Bowen ’98, Bob Dold ’90, Scott Kettle ’98, Luke Mayo ’98/G’05, and Joe Zecca ’91/G’98 are former employees. Jason Batchelder ’03 served <strong>the</strong> company as an intern. “The company is lean and mean,” Presz says of <strong>the</strong> relatively small staff. “Most of <strong>the</strong> early work was done at <strong>the</strong> College with students.” The Hushkit, aptly named for its ability to suppress engine noise, has <strong>the</strong> added benefit of increasing jet engine thrust on takeoff. As impressive as that sounds, <strong>the</strong> effect has to be experienced to be truly appreciated, and a small number of those who have turned out for <strong>the</strong> occasion are about to learn firsthand what a Hushkit L to R: Brian Coombs ’06 (ME), Mark Clement ’05, (ME), Gary Reynolds ’92 (ME), Walter Presz, Stan Kowalski III ’92 (ME), and Bill Dionne ’06 (ME). can do for a Gulfstream jet. Space on <strong>the</strong> aircraft is limited to eight passengers, and <strong>the</strong> students, faculty, and alumni selected for <strong>the</strong> brief flight anxiously board. With everyone fastened into seatbelts, <strong>the</strong> aircraft begins to taxi to <strong>the</strong> runway. Once in position, it gradually gains speed until it lifts off <strong>the</strong> ground and makes a powerful, near vertical ascent into <strong>the</strong> clear, blue sky. One of those aboard, Stanley Kowalski III ’92, whose engineering company, SK3, sponsors School of Engineering Senior Design Projects, points to <strong>the</strong> Hushkit as a prime example of <strong>the</strong> wisdom in doing so. “There is definitely a commercial value in investing in student projects,” he says. That <strong>the</strong> Stage III Hushkit is an incredibly effective and successful innovation is an opinion held not only by its most ardent supporters, but by members of <strong>the</strong> industry as well. After a 2003 demonstration in Orlando, FL, Aviation Today reported “<strong>the</strong> contrast between <strong>the</strong> Hushkitted Gulfstream II and <strong>the</strong> ordinary Gulfstream II was remarkable.” The marketing tour generated considerable interest in <strong>the</strong> Hushkit. According to a Stage III sales report, 14 sales are closable and 60 more could be sold within <strong>the</strong> first year. Although <strong>the</strong>re is ano<strong>the</strong>r company that produces a hushkit, “<strong>the</strong> superiority of our product will sell itself,” Presz says. ■ <strong>Winter</strong> <strong>2006</strong> Communicator 9