Jason Bommer

Papers

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About

Dr. Jason Bommer is a leading figure in the evolution of antenna measurement science, bridging the gap between classical test methodologies and modern, adaptive technologies. His primary research focuses on the integration of robotics and advanced computational electromagnetic (CEM) simulation to revolutionize antenna test environments. Dr. Bommer’s major contribution, detailed in his highly influential 2021 paper "Traditional to Modern Antenna Test Environments," demonstrates how traditional, geometrically fixed facilities can be transformed into flexible, high-precision measurement systems. By leveraging robotic positioning and real-time simulation, his work enables dynamic range performance analysis that was previously impossible, significantly reducing the cost and time of antenna characterization. With 18 citations, this seminal paper has become a cornerstone reference for engineers seeking to modernize legacy test ranges. Dr. Bommer’s achievements include pioneering the use of robotic arms for near-field scanning and developing hybrid measurement-simulation workflows that enhance data accuracy. His research is essential for the next generation of 5G, satellite, and defense communication systems, ensuring that antenna testing keeps pace with the rapid advancement of wireless technology.