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| Stephen L. Milton’s journey in technology began at the age of 15, working for a rural internet service provider. Each afternoon, he would ride the school bus to work, immersing himself in the world of networking and systems management. This early exposure to technology sparked a lifelong passion for innovation and problem-solving. During his college years at Tennessee Technological University, Stephen continued to build his expertise by serving as a systems administrator for both the central IT department and the computer science department. His dedication and technical acumen culminated in earning a bachelor’s degree in computer science.
Following his graduation, Stephen embarked on an internship with Oak Ridge National Laboratory, where he contributed to groundbreaking projects, including work on Titan—the fastest supercomputer in the world at the time—and other high-performance computing systems. This experience solidified his interest in HPC and advanced infrastructure technologies. After his time at Oak Ridge, Stephen transitioned to a managed IT service provider, where he supported critical industries such as transportation, medical, and law enforcement agencies, further honing his skills in systems administration and client-focused solutions. Stephen’s career path then led him to East Tennessee State University, where he served as a Linux system administrator, managing complex systems and ensuring operational excellence. Currently, Stephen is a key member of the National Institute for Computational Sciences (NICS) at the University of Tennessee, Knoxville, where he designs and implements cutting-edge high-performance computing (HPC) systems. His work focuses on architecting advanced high-performance solutions and the storage and networking infrastructure to support the next generation of computational research. With a deep understanding of HPC technologies and a commitment to innovation, Stephen plays a pivotal role in driving the development of robust and scalable systems that empower researchers to tackle complex scientific challenges. |
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