
| Members of the Group | ||
|---|---|---|
| Research Team | ||
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PD Dr.-Ing. Thomas S. Rau Head of Research Group |
rau.thomas@mh-hannover.de +49(0)511/532-3025 |
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M. Sc. Georg Böttcher-Rebmann Research Engineer |
boettcher.georg@mh-hannover.de +49(0)511/532-7264 |
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M. Sc. Jakob Cramer Research Engineer |
cramer.jakob@mh-hannover.de +49(0)511/532-7264 |
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M. Sc. Anais Millan Cerezo Research Engineer |
millancerezo.Anais@mh-hannover.de +49(0)511/532-7263 |
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M. Sc. Subiran Shrestha Research Engineer |
shrestha.subiran@mh-hannover.de +49(0)511/532-7263 |
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M. Sc. Anna Strube Research Engineer |
strube.anna@mh-hannover.de +49(0)511/532-7263 |
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M. Sc. Jinhan Zhu Research Engineer |
zhu.jinhan@mh-hannover.de +49(0)511/532-7263 |
| Associated Staff | ||
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Prof. Dr. Omid Majdani | majdani.omid@mh-hannover.de |
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Dr. med. Rolf Salcher Senior Otolaryngologist, Skull Base Surgeon |
salcher.rolf@mh-hannover.de |
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Eralp Artukarslan ENT Resident |
artukarslan.eralp-niyazi@mh-hannover.de |
| Students | ||
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Lucas Mey | Master Thesis |
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Dennis Christopher Michael | Master Thesis |
| Former Staff | ||
|---|---|---|
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Dipl.-Ing. (FH) Franziska Eckhardt | now: LinkedIn-Profil |
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M. Sc. Tim Ehmann | |
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Dipl.-Ing. Lenka Harbach | now: LinkedIn-Profil |
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Dr.-Ing Silke Hügl | now: LinkedIn-Profil |
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M. Sc. Julia Kilian | now: LinkedIn-Profil |
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Dipl.-Ing. Marcel Kluge | now: OtoJig GmbH |
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Dr. Dipl.-Ing. Jakob Lexow | now: LinkedIn-Profil |
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M. Sc. Priyant Mane | |
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Heera Puthussery | now: LinkedIn-Profil |
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M. Sc. Viktor Schell | now: OtoJig GmbH |
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PD Dr.-Ing. Daniel Schurzig | now: LinkedIn-Profil |
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M. Sc. Nuha Suzaly | |
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Dr. Max Eike Timm | now: LinkedIn-Profil |
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Dr. Wouter J. van Drunen | now: LinkedIn-Profil |
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M. Geraldine Zuniga, MD | now: Link |
| Alumni | ||
|---|---|---|
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Nina Aldag | Student Research Project (2019): Parametric study to identify factors influencing the characteristics of forces during the insertion of cochlear implant electrode arrays |
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Alexander Becker | Master Thesis (2017): Load-adapted, FE-supported optimization of a support system for micro-stereotaxic systems of the lateral skull base. |
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Carolin Betram | Master Thesis (2021): Experimental evaluation of trajectory-dependent insertion force variations in cochlear implants. |
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Tobias Blum | Student Research Assistant & Bachelor Thesis (2018): Development and experimental evaluation of a drilling depth control for the RoboJig system. & Student Research Project (2020): Investigation of the benefit of a digital display for the strut length setting of a manually operated hexapod. |
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Denise Blume | Bachelor Thesis (2018): Development of a hydraulically actuated insertion tool for cochlear implant electrodes. |
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Nathalie Bochynek | Master Thesis (2025): Development and experimental evaluation of a system for acoustic insertion force monitoring in cochlear implant surgery. |
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Leon Budde | Master Thesis (2020): Development of a handheld, force-sensing insertion tool with integrated positioning sensor. |
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Jakob Cramer | Student Assistent Assistant & Bachelor Thesis (2018): Development of an insertion test bench for cochlear implants with image-guided, stereotactic positioning of the specimens. |
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Niklas Dassow | Internship & Bachelor Thesis (2023): Development of a miniaturized actuation unit for the Cochlea Hydrodrive. |
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Tim Ehmann | Student Research Project (2021): Set-up and testing of electrode carrier functional models with shape memory effect. Master Thesis (2020): Characterization of the electrical current heating process of CI electrode carriers using infrared thermography. |
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Friedrich Eickmann | Student Research Assistant |
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Thorben Engel | Master Thesis (2020): Development of minimally invasive, micro-stereotactic strategy for implantation of active middle ear implants. |
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Kevin Fandio | Student Research Project (2021): Improvement of measurement uncertainties in a force sensitive insertion tool to provide force feedback during CI surgery. Master Thesis (2022): Development of a method for intraoperative visualization of insertion forces. |
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Malte Freiknecht | Student Research Project (2000): On the increase in accuracy when using thin-layers of liquid adhesive instead of bone cement for the GluingJig system. |
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Dr. med. h.c. Lena Geiger | Medical Doctoral Thesis (2023): Drilling accuracy evaluation of a mouldable surgical targeting system for minimally invasive access to anatomic targets in the temporal bone. |
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Clemens Griemsmann | Student Research Assistant & Bachelor Thesis (2020): Influence of design variations for electrical heat activation of the shape memory effect on the transition temperatures of Nitinol alloy. |
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Patrik Haas | Student Research Assistant & Bachelor Thesis (2021): Design and evaluation of a digitized hexapod leg with integrated length measurement for a passive hexapod. |
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Marie Heise | Student Research Assistant |
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Maximilian Henke | Master Thesis (2018): Development of a test bench for insertion force measurement with high-precision stereo-optical positioning of inner ear specimens. |
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Julian Heuer | Master Thesis (2021): Adaption of a moldable micro-stereotactic targeting system for neurosurgical applications. A first proof of concept study. |
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Niklas Ihmann | Bachelor Thesis (2022): Characterization of the hydraulic actuator behavior of the Cochlea Hydrodrive. |
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Christina Keller | Student Research Project (2019): Characterization of a measurement method for determining the thermomechanical properties of nitinol wires as actuator elements for cochlear implants. |
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Maximilian Keuter | Student Research Assistant & Master Thesis (2025): Development and economic considerations of a wireless force-sensing insertion tool for CI surgeries. |
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Tobias Krail | Master Thesis (2020): Development of a thermographic-based investigation method for the characterization of actively heated Nitinol wires as an actuator in the cochlear implant electrode carrier. |
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Vera Lange | Student Research Assistant |
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Jan Mairose | Student Research Assistant & Master Thesis (2021): Resistance heating of thin-wire NiTi actuators by means of electrically conductive coating. |
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Christian Menke | Medical Doctoral Thesis (2024): Pull-Out Strength of Orthodontic Miniscrews in the Temporal Bone. |
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Mohamed Fourat Nabli | Master Thesis (2022): Investigation of the influence of the density distribution along a drilling trajectory on the drilling forces in the mastoid. |
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Jannis Rasch | Master Thesis (2024): Development of a handheld insertion tool for automated insertion of cochlear implant electrodes. |
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Tobias Raschke | Internship |
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Philip Reinke | Student Research Assistant |
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Katharina Rülander | Master Thesis (2017): Conception, creation, construction and characterization of a 1:1 cochlear model for the validation of novel implants for mechanical stimulation of the cochlea. |
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Lucy Siegl | Intership |
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Björn Spoida | Master Thesis (2019): Development of a method for step-by-step micro-computed tomographic visualization of the insertion of the electrode array of a cochlear implant. |
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Timo Stauß | Bachelor Thesis (2020): Design and evaluation of a laser-based verification method for a customized instrument guide. |
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Martin Steven | Student Research Assistant |
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Dennis Tepfer | Bachelor Thesis (2022): Development of an automated dip coating process for coating of electrode arrays with alginate. |
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Erik Tzschoppe | Bachelor Thesis (2021): Hydraulically actuated electrode insertion for an image-guided approach to the inner ear using a micro-stereotactic frame. |
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Lea Uhlenbusch | Bachelor Thesis (2017): Investigation of accuracy and error sources of a surgical template made of bone cement. |
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Konstantyn Vasylenko | Student Research Project (2022): Design of a Kinematic Structure for Precision Adjustment in the Manufacturing of Individual Drilling Jigs. |
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Cara Weise | Student Research Assistant & Student Research Project (2024): Investigation of insertion forces in alginate-coated cochlear implant electrodes. |
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Sina Witte | Medical Doctoral Thesis (2023): Experimental evaluation of a bone cement-based mini-stereotaxic system for creating direct access to the cochlea. |
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Jennifer Wozniak | Student Research Project |
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Nacer Zayani | Student Research Assistant |
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Jinhan Zhu | Student Research Project (2023): Influence of anatomical parameters on insertion forces in porcine cochlear specimens. & Master Thesis (2024): Feasibility study on insertion force measurement in a hydraulic system using an integrated force sensor. |
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Dr. med. Claas Baier | Medical Doctoral Thesis |
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Shari Barati | Medical Doctoral Thesis |
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Till Gerking | Medical Doctoral Thesis |
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Mehran Heidel | Medical Doctoral Thesis |
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Dr. med. Diana Kreul | Medical Doctoral Thesis |
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Evelyn Pleger | Medical Doctoral Thesis |
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Christoph Rostkowski | Medical Doctoral Thesis |
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Katharina Spichal | Medical Doctoral Thesis |
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Dr. med. Waldemar Würfel | Medical Doctoral Thesis |
VIANNA 























































