Papers
23
Total Citations
234
H-Index
9
About
Georg Schitter is a prominent researcher whose work spans precision measurement systems, robotics, magnetic levitation (MAGLEV) platforms, and optical sensing technologies. His research is centrally focused on bridging laboratory-grade metrology with real-world industrial applications — a mission encapsulated in his landmark paper "Bringing the Lab to the Fab" (2022), which exemplifies his drive to enable high-precision 3-D surface inspection directly within production environments. Schitter's most influential contributions include the development of compact scanning confocal chromatic sensors for robotic surface measurement (35 citations), integrated MAGLEV platforms capable of vibration compensation across multiple degrees of freedom, and sophisticated control architectures that maintain nanometer-scale precision even in dynamically challenging environments. His 2017 work on nano-metrology platform control (28 citations) laid important groundwork for subsequent inline measurement systems now deployed on industrial robots. Beyond manufacturing metrology, Schitter has expanded his expertise into UAV detection using robotic telescopes, demonstrating versatility in applying precision optical and control systems to emerging security challenges. Collectively, his portfolio — accumulating nearly 200 citations across a decade — reflects a researcher who consistently translates fundamental control and sensing theory into transformative, practically deployable engineering solutions.
Research Focus
Key Achievements
Top Papers
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- 2Integrated system and control design of a one DoF nano-metrology platform28 citations · 2017
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