CTO & Co-Founder

• Aug 2021 - Present

EXIST | Forschungstransfer

• Apr 2020 - Mar 2022

Publicly sponsored by the Federal Ministry for Economic Affairs and Energy (BMWi) of the German government, Surgical Audio Guidance (SURAG) aims at introducing a new perception into minimally-invasive surgery. SURAG provides intraoperative feedback for the surgeon in order to make procedures more precise and safe – for the benefit of the patient.

PhD Candidate | Department of Orthopaedic Surgery

• May 2017 - Present

I am pursuing my PhD at the "Technology Innovations in Therapies and Imaging" graduate school affiliated with the Medical Faculty of OVUG and in cooperation with the Department of Orthopaedic Surgery of Prof. Dr. med. Christoph H. Lohmann. My research focus on the utilization of acoustic emission sensing and subsequent signal processing in orthopaedics. I am particularly interested in non-invasive monitoring of the knee joint (vibroarthrography) as well as navigation and characterization of tissue-tool-interaction in arthroscopic surgery. Show less

Research And Development Engineer

• Feb 2017 - Mar 2022

I was part of the INKA - Application Driven Research group affiliated with the Medical Faculty of OVGU (formerly Prof. Dr. Michael Friebe's Chair for Catheter Technologies and Image Guided Therapies). My research interests include the following areas: • sensor systems for navigation of medical interventional device and robot-assisted surgery• haptic sensing and tissue-tool-event characterization for minimally invasive surgery• auscultation and sound sensing for diagnosis and monitoring applications• orthopaedic- and arthroscopic surgery Show less

Research And Development Engineer

• Dec 2018 - Mar 2019

School of Electrical Engineering and Robotics | ACRV Australien Centre for Robotic Vision My research in the area of medical robotics was supervised by Dr. Ajay K. Pandey and embedded in a project that aims at developing a robotic surgical assistant for knee arthroscopy. It focused on the evaluation of an acoustic emission based method for tissue classification and tissue-tool-event characterization, in order to complement current navigation strategies (3D reconstructed and segmented model of the knee joint via US imaging and arthroscopic images). Show less

Development Engineer

• Mar 2016 - Dec 2016

Design and implementation of data and communication networks. Design and implementation of data and communication networks.

Research Student

• Sep 2011 - Aug 2012

Research and Development Department, Physiological Dialysis Signal processing for an optical measurement system, determining the haemoglobin content of blood during dialysis. Experimental evaluation of the influence of external parameters on the measurement system. Research and Development Department, Physiological Dialysis Signal processing for an optical measurement system, determining the haemoglobin content of blood during dialysis. Experimental evaluation of the influence of external parameters on the measurement system.