Jan Barowski

Papers

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About

Jan Barowski is a researcher specializing in radar-based antenna characterization and measurement systems, with a particular focus on frequency-modulated continuous wave (FMCW) radar technology and robotic measurement platforms. His work sits at the intersection of antenna engineering, millimeter-wave sensing, and industrial automation, pushing the boundaries of how antenna patterns are measured and analyzed across wide frequency ranges. Barowski's most influential contribution, "Antenna Pattern Characterization With an Industrial Robot Assisted FMCW Radar System" (2019, 12 citations), demonstrated a novel approach to characterizing highly directive dielectric lens antennas using an ultra-wideband FMCW radar paired with a seven degree-of-freedom industrial robot. This work established a robust framework for frequency-dependent antenna pattern determination that has since shaped subsequent research in the field. Building on this foundation, his later studies introduced dual robotic arm measurement systems and extended capabilities into the D-band millimeter-wave range, enabling coherent magnitude and phase measurements with unprecedented compactness and flexibility. Accumulating 17 citations across his key publications, Barowski has made meaningful contributions to automated, high-precision antenna metrology. His research is particularly valuable to engineers and scientists working in 5G, radar sensing, and advanced wireless communication systems who require reliable, wideband antenna characterization tools.