Michael Gerding
Papers
1
Total Citations
3
H-Index
1
About
Michael Gerding’s research sits at the intersection of additive manufacturing and high-frequency radar systems, with a particular focus on precision calibration targets for millimeter-wave applications. His most cited work, “Investigation of a 3D Printed Tetrahedral Aligned Sphere Target at 145 GHz for Radar Positioning” (2018), introduces an innovative tetrahedral target design comprising four metallic spheres of varying sizes, connected by 3D-printed cylindrical holders. This configuration produces unambiguous reflection behavior across all angles, solving a persistent challenge in frequency-modulated continuous wave (FMCW) radar positioning at 145 GHz. Though his citation count is modest—3 citations to date—the work demonstrates significant technical ingenuity by leveraging 3D printing to create complex, repeatable radar calibration structures that improve measurement reliability. Gerding’s contribution is notable for its practical engineering impact: it provides a low-cost, customizable method for enhancing radar accuracy in autonomous systems and remote sensing. His approach bridges materials science and electromagnetic engineering, offering a template for future research into additive manufacturing for high-frequency instrumentation. For students and researchers in radar technology or 3D-printed sensors, Gerding’s work exemplifies how novel fabrication techniques can solve fundamental measurement problems.
Research Focus
Key Achievements
Top Papers
- 1