16+ years of building real systems — from the electromagnetic physics up through antennas, RF, signal processing, and digital hardware. These are the areas we work across, each backed by published research and delivered systems.
Full-wave solvers built on in-house MoM, MLFMA, FEM, and FDTD codes — including the multiple-precision MLFMA that resolved a long-standing accuracy-vs-efficiency problem and earned a national dissertation award.
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Designing, fabricating, and validating ultra-wideband, wide-scan, and dual-polarized arrays through to TRL-9 for demanding radar and electronic-warfare systems.
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Near-field and compact-range measurement systems and phased-array diagnostics suites, integrated with production test facilities.
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End-to-end system architecture plus signal-processing and digital hardware for radar, electronic-warfare, and data-link systems — taken to TRL-9.
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Adaptive direction-of-arrival estimation, sparse arrays, and measurement-matrix design — bridging theory and real-time hardware.
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Neural surrogates, physics-informed and graph networks for solvers, and learning-based detection across electromagnetics and signal processing.
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Goal-oriented sensing and communication — reliable semantic extraction and rate-of-innovation estimation — recognized with a top individual research award.
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