Title: Principal Engineer
Company: OMIS Technology
Location: Denver, Colorado, United States
Nejat Neisan, principal engineer at OMIS Technology, has been recognized by Marquis Who’s Who Top Engineers for dedication, achievements, and leadership in electrical engineering.
With over three decades of experience to his credit, Mr. Neisan has established a distinguished career in material science and electrical engineering, specializing in material science, optics, radio frequency, antennas, and electrical engineering. Since 1997, he has served as owner and principal engineer of OMIS Technology, a company he originally founded in the early 1990s as OMIS Corporation. Although a technicality required him to restructure the business, OMIS Technology has remained a cornerstone of his professional achievements. Previously, he worked as a research scientist at the condensed matter laboratory at the University of Colorado Boulder from 1994 to 1997, where focused on scanning tunneling microscopy, atomic force microscopy, and liquid crystals. Additionally, he served as a microwave and satellite communications instructor at the microwave laboratory at the University of Colorado Denver in 1994.
Mr. Neisan laid an educational foundation, earned a Bachelor of Science in physics from California State University, Fresno, a Master of Science in physics from San Jose State University, and a Master of Science in Electrical Engineering from the University of Colorado in 1997. He has also completed PhD coursework in material science at the University of Denver and in nuclear physics at Utah State University.
Throughout his career, Mr. Neisan has specialized in advanced material research, focusing on cutting-edge techniques such as real-time topological transitions, axial phase transformations, and molecular-level intelligent materials. His expertise extends to structural resolution, transient optical and magnetic properties, and global resonance frequency exploration. He has significantly contributed to developmental projects, including lattice geometrical variation, responsive materials, and nano-cell development. His work in biophysics includes experimental research on E. coli deactivation using polychromatic UV and radical mechanisms. In electromagnetics and optics, he has contributed to microwave cavity magnetron design, antenna modeling, and optical signal processing. His research spans liquid crystals, holograms, semiconductors, and advanced materials for optical data processing, demonstrating proficiency in scanning tunneling microscopy, Mossbauer spectroscopy, and X-ray diffraction.
Mr. Neisan takes great pride in his accomplishments, particularly his innovative work on materials capable of real-time topological transitions and dimensional variations. He describes himself as an engineer driven by a unique, divinely inspired motivation to pursue science and technology that could greatly benefit humanity. His commitment to exploring uncharted scientific and technological fields sets him apart. Looking to the future, he plans to continue his current projects while pursuing new ventures. He is working on a patent for an invention with significant medical applications and intends to expand his business if it proves successful. For aspiring professionals, he emphasizes the importance of acquiring knowledge, contributing it to society, and maximizing its potential for the greater good. In advising aspiring professionals, he emphasizes the importance of gaining knowledge, contributing it to the system, and maximizing its potential.
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