Primary Job Title President and Founder, CTO Primary Organization Synergem Technologies
Location Greensboro, North Carolina, United States Regions East Coast, Southern US Gender Male
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Myron Herron has enjoyed a highly successful 27 year career in communications with extensive experience in multiple disciplines including operations, systems engineering and sales. Following his graduation from North Carolina State University with a BA in Business Management, he joined Sprint where he initially served as an Outside Plant Engineer
charged with the deployment of networking and computer equipment. He later served in a series of senior engineering, operational and management positions. He then moved into a Data Sales manager position charged with leading a team in the design, proposal, and implementation of voice, data and video projects. In this capacity, he engineered complex systems including voice, structured wiring, fiber optics, ATM, SONET, Ethernet, token-ring, and outside plant systems.
Mr. Herron has consulted extensively with business leaders and educators, as well as local and state government officials in the deployment of voice, video, and data technologies. Some of his projects included the North Carolina Information Highway and a multimillion dollar voice and data network solution for North Carolina-based Lowe’s Hardware. Later, as an Operations Manager, he was responsible for all customer services, engineering services, project management and implementation services for central North Carolina.
Mr. Herron left Sprint in 1999 to serve as the Director–Sales and Engineering Services for a startup public safety systems integrator, where he designed solutions for some of our nation’s most mission-critical sites. His projects included the Kennedy Space Center and Jet Propulsion Laboratory, as well as several Department of Energy sites. After starting Synergem Emergency Service, LLC., he has enjoyed building a team of professionals collectively responsible for many industry changing innovations including patents impacting several NG9-1-1 standards as well as provisioning the nation’s first NENA i3 NG9-1-1 network.
