Andreas Hussong

Papers

Total Citations

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About

Andreas Hussong is a leading figure in the field of cochlear implant (CI) surgical robotics, specializing in the biomechanics of electrode array insertion. His research focuses on developing automated tools to enhance surgical precision and reduce trauma during CI procedures. Hussong’s most influential work, "Force measurement of insertion of cochlear implant electrode arrays in vitro: comparison of surgeon to automated insertion tool" (2010, 85 citations), demonstrated that a robotic system could replicate the complex ‘advance-off-stylet’ technique with significantly lower and more consistent insertion forces than human surgeons. This landmark study provided critical evidence that automation could minimize intracochlear damage, directly impacting the design of next-generation surgical robots. By quantifying the mechanical advantages of robotic assistance, Hussong’s contributions have helped bridge engineering and otology, offering a pathway to safer, more reproducible implantations. His work remains a cornerstone for researchers developing haptic feedback systems and force-controlled insertion tools, solidifying his role as a pioneer in translating robotic precision into improved hearing outcomes for patients.