Hurt, a member of the Class of 鈥�82, owns Buffalo Valley, Tennessee-based Zip Tie Domes, which makes 10- to 25-foot structures primarily used for chicken coops and greenhouses.
A pre-law and political science major while attending MTSU, Hurt received a U.S. patent for his geodesic dome kits in 2013 and later patents from New Zealand, Australia and the United Kingdom. The one-time computer programmer worked for 30 years for the state of Tennessee and started Zip Tie Domes in May 2014.MTSU alumnus and Zip Tie Domes inventor John Hurt, left, uses stainless steel zip ties to connect ends of PVC pipe in a dome constructed in December at the MTSU Farm in Lascassas, Tenn. Waiting to hand him more zip ties is Doug Campbell, MTSU aerospace unmanned aircraft systems manager. (MTSU photo by 麻豆传媒 and Media Relations)
MTSU alumnus and Zip Tie Domes inventor John Hurt, left, uses stainless steel zip ties to connect ends of PVC pipe in a dome constructed in December at the MTSU Farm in Lascassas, Tennessee. Waiting to hand him more zip ties is Doug Campbell, MTSU aerospace unmanned aircraft systems manager. (MTSU photo by 麻豆传媒 and Media Relations)
Through his inventive efforts, Hurt鈥檚 university generosity includes:
鈥� Loaning the MTSU Jennings A. Jones College of Business a dome for a team-building class project. 鈥� Donating two 10-foot domes for biology associate professor Ryan Otter鈥檚 spider research. 鈥� Giving one dome, constructed in December at the MTSU Farm in Lascassas, Tennessee, to the Department of Aerospace for the UAS program. 鈥� Providing three domes for Tennessee Technological University in Cookeville for poultry research.
鈥淚 just wanted to help,鈥� Hurt said of his geodesic dome donations, adding that he鈥檚 鈥渙pen to building another one鈥� at the MTSU farm.
The domes are constructed with 1.5-inch PVC pipe. Stainless steel zip ties hold adjoining ends together, and once the top is added, the dome becomes a solid piece, Hurt said.
Aerospace鈥檚 unmanned aircraft systems, or drone, program will use the dome for testing and evaluation purposes in the enclosed environment, said Doug Campbell, who manages the UAS program.
鈥淲hen we apply to the Federal Aviation Administration for permission to fly our unmanned aircraft out here, the first thing we have to ensure is that the aircraft is air-worthy,鈥� Campbell said.
鈥淒oing air-worthiness evaluation, doing the hover checks, doing build checks on aircraft we鈥檝e constructed either from kits or individual components and sharing that that build is of sufficient quality to be air-worthy is the objective.鈥�
Development Director Nicole Chitty said the College of Basic and Applied Sciences is excited that the domes have been given to the aerospace and biology departments.
鈥淭he domes will be a tremendous help to students in these aerospace and biology programs,鈥� she said.
Otter said the biology department will use the domes as 鈥渁rtificial habitats for use in our field work鈥� related to theDecember 2008 Kingston, Tennessee, coal ash spill.
鈥淚n my lab, we work with spiders that live at the edges of rivers and lakes, and when we collect spiders, we look on the tree branches that overhang the water,鈥� Otter explained.
鈥淲ith these domes, we are hoping to build artificial habitats that spiders will use, so we improve our collection efficiency. We are very optimistic and think they can really help us in our field research.鈥�
鈥� Randy Weiler ([email protected])
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