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In conjuction with Wor-Wic’s mission to promote local economic growth, the college is encouraging businesses to learn more about how they can succeed with “tech transfer.” One such example can be found at AHPharma in Salisbury, where “tech transfer” recently led to a new prototype for the business. Dr. James L. McNaughton, president, chief executive officer and chief scientific officer at AHPharma, produced housing prototypes for a biofilm imaging monitor with the help of tech transfer and Wor-Wic’s 3-D printer. Technology transfer, also known as technology commercialization, is the process of moving the results of scientific research conducted at federal laboratories and universities to the marketplace and society. With technology transfer, manufacturers and entrepreneurs can take fundamental scientific discoveries and innovations that already exist and turn them into marketable products so that they can generate new avenues of revenue, become more successful and create more jobs. “Since 2008, Wor-Wic has been training engineering and manufacturing students how to produce objects with the 3-D printer,” said Dr. Trevor H. Jones, dean of occupational education at Wor-Wic. “It’s still a relatively new technology to a lot of industries, and it is rapidly gaining interest because it drastically reduces the time and cost involved to develop and produce a product.” McNaughton is a member of the technology transfer advisory board at Wor-Wic. A direct result of technology transfer, AHPharma licensed the patent for the biofilm imaging monitor from the U.S. Department of Agriculture. The AHPharma demonstrates “tech transfer” in action company plans to commercialize the biofilm imaging monitor, which is designed to help prevent contamination by detecting bacteria that could remain on a solid work surface after it has been sanitized. “Part of Wor-Wic’s mission is to promote local economic growth by providing services that are compatible with the needs of area businesses,” said Jones. “If a local business or entrepreneur is interested in learning more about Wor-Wic’s 3-D printer, we are more than happy to meet with them. “Because of the complexity, the 3-D printer can only be operated by professionals with computer-aided drafting (CAD) training,” Jones added. “For almost 15 years, Wor-Wic has offered certificate and degree programs to help area manufacturers and their employees learn the necessary skills.” 3-D PRINTER. Dr. James L. McNaughton, center, president, chief executive officer and chief scientific officer at AHPharma in Salisbury, recently took advantage of “tech transfer” and produced a housing prototype for a biofilm imaging monitor on Wor-Wic’s 3-D printer, with the help of Donald C. Nicholson, left, technology department head and associate professor of manufacturing, and Dr. Trevor H. Jones, right, dean of occupational education at Wor-Wic.

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Page 1: AHPharma demonstrates “tech transfer” in action Register ...€¦ · has offered certificate and degree programs to help area manufacturers and their employees ... atAHPh rm i

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In conjuction with Wor-Wic’s mission topromote local economic growth, the college isencouraging businesses to learn more abouthow they can succeed with “tech transfer.”One such example can be found at

AHPharma in Salisbury, where “tech transfer”recently led to a new prototype for thebusiness. Dr. James L. McNaughton, president,chief executive officer and chief scientificofficer at AHPharma, produced housingprototypes for a biofilm imaging monitor withthe help of tech transfer and Wor-Wic’s 3-Dprinter.Technology transfer, also known as

technology commercialization, is the processof moving the results of scientific researchconducted at federal laboratories anduniversities to the marketplace and society.With technology transfer, manufacturers andentrepreneurs can take fundamentalscientific discoveries and innovationsthat already exist and turn them intomarketable products so that they cangenerate new avenues of revenue,become more successful and createmore jobs. “Since 2008, Wor-Wic has been

training engineering andmanufacturing students how toproduce objects with the 3-D printer,”said Dr. Trevor H. Jones, dean ofoccupational education at Wor-Wic.“It’s still a relatively new technology toa lot of industries, and it is rapidlygaining interest because it drasticallyreduces the time and cost involved todevelop and produce a product.”McNaughton is a member of the

technology transfer advisory board atWor-Wic. A direct result of technologytransfer, AHPharma licensed the patentfor the biofilm imaging monitor fromthe U.S. Department of Agriculture. The

AHPharma demonstrates “tech transfer” in action

CrossRoadsCafé returns to fall hoursSept. 4th

Have lunch with us!

Try our deliciousfresh salads,

sandwiches anddaily specials.

Monday-Thursday8 a.m. to 6:30 p.m.

Friday8 a.m. to 1:30 p.m.

company plans to commercialize the biofilmimaging monitor, which is designed to helpprevent contamination by detecting bacteriathat could remain on a solid work surface afterit has been sanitized. “Part of Wor-Wic’s mission is to promote

local economic growth by providing servicesthat are compatible with the needs of areabusinesses,” said Jones. “If a local business orentrepreneur is interested in learning moreabout Wor-Wic’s 3-D printer, we are more thanhappy to meet with them.“Because of the complexity, the 3-D printer

can only be operated by professionals withcomputer-aided drafting (CAD) training,”Jones added. “For almost 15 years, Wor-Wichas offered certificate and degree programs tohelp area manufacturers and their employeeslearn the necessary skills.”

Turf management classes move to Salisbury campusTurf management classes will be offered at the college campus in Salisbury, beginning this fall.According to Donald C. Nicholson, technology department head, “We are making the classes

more convenient for the majority of our turf students, who are Wicomico County residents.”Nicholson added that Wor-Wic’s Ocean Resorts Golf Club will continue to be used as a livinglaboratory for students in the program. Graduates of the program can work for golf courses orlandscaping companies. The program offers a solid foundation in identifying the characteris-tics, growth habits and proper cultivation of plants and soils. Graduates are able to plan, plantand maintain greens, tees and fairways, and have a working knowledge of maintenance equip-ment, irrigation systems, and fertilizer and pest treatment programs.

3-D PRINTER. Dr. James L. McNaughton, center,president, chief executive officer and chief scientific officerat AHPharma in Salisbury, recently took advantage of“tech transfer” and produced a housing prototype for abiofilm imaging monitor on Wor-Wic’s 3-D printer, withthe help of Donald C. Nicholson, left, technologydepartment head and associate professor of manufacturing,and Dr. Trevor H. Jones, right, dean of occupationaleducation at Wor-Wic.

Register forfall credit classes

Register now for credit classes being offered this fall.

Wor-Wic offers traditional classes on campus as well as hybrid, online and interactive televisionclasses and a variety of session lengths.

Sessions A (three weeks), C (10 weeks) and D (14 weeks) begin Sept. 4.

Session B (seven weeks)begins Sept. 6 and

session E (seven weeks) begins Oct. 25.

For more information, or a credit class schedule, visit

www.worwic.edu or call (410) 334-2895.

Aug2013Update3_2008 Update 7/17/13 4:30 PM Page 13