Timo Jaeschke

Papers

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About

Timo Jaeschke’s research focuses on millimeter-wave radar systems, particularly at frequencies around 145 GHz, where he explores innovative hardware designs for high-precision positioning. His most cited work investigates a 3D printed tetrahedral aligned sphere target, which uses four metallic spheres of varying sizes to create an unambiguous reflection pattern across all angles. This design improves the accuracy of frequency-modulated continuous wave (FMCW) radar measurements, addressing a key challenge in radar positioning. With 3 citations, this paper demonstrates early but promising impact in the field. Jaeschke’s contributions lie at the intersection of additive manufacturing and radar engineering, showcasing how 3D printing can enable complex, custom geometries for electromagnetic applications. His work is particularly relevant for autonomous systems, robotics, and industrial sensing, where precise spatial awareness is critical. By integrating novel materials and fabrication techniques into radar design, Jaeschke advances practical solutions for high-frequency positioning challenges. His research offers valuable insights for students and engineers exploring the next generation of radar-based localization technologies.