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Technische Universität München
Technische Universität München

Dr. Christoph Hennersperger

Current Occupation

Co-Founder and CTO at OneProjects
Affiliated senior research scientist and lecturer at CAMP
Mail: christoph.hennersperger@tum.de

OneProjects
Munich, Germany & Dublin, Ireland

We are continuously looking for motivated students for internships and student projects. Please check the OneProjects page for more information on the company and reach out to our team directly for more details and specific opportunities with us.

Curriculum Vitae

I am passionate in medical device development, medical image computing, information technology, and improving healthcare. I enjoy working on challenging and exciting projects, integrating technical excellence and innovative thinking in truly collaborative teams. In 2017 I co-founded OneProjects, which operates at the intersection of hardware, software and data science to create the future vision for healthcare and how to successfully treat patients in a new era for data driven solutions.

Curriculum Vitae:

  • since 03/2017 - Founder and CTO at OneProjects, an Irish-German MedTech? startup in Cardiac imaging
  • since 06/2016 - Director of the MedInnovate innovation fellowship
  • 03/2017 - 02/2019 - Research fellow at Trinity College Dublin, Ireland
  • 06/2016 - 06/2018 - Research manager of the Interdisciplinary Research Laboratory at Klinikum rechts der Isar, and lead of EU Horizon2020 Project EDEN2020
  • 08/2015 - 05/2016 - Fellow at BioInnovate Ireland, a innovation program in MedTech affiliated to Stanford BioDesign
  • 08/2011 - 08/2015 - Research scientist at CAMP, Dr. rer. nat. obtained 05/2015
  • 08/2011 - 11/2013 - Researcher for 3D freehand Ultrasound at Curefab GmbH, Munich
  • 10/2006 - 11/2011 - Studies in electrical enginering at TUM (Informationstechnik)
  • 09/1998 - 07/2006 - Abitur

Supervised theses

  • Enhanced 3D-Ultrasound Visualization via Structure-Geometrical Ray Casting(MSc, finished)
  • 3-D Segmentation of the Head and Neck Lymph Nodes Using the Level Set Methods in Ultrasound (MSc, finished)
  • Deformable Vessel Registration for 3D Freehand Doppler Ultrasound (BSc, finished)
  • Deformation Estimation and Correction by Biomechanical Modeling (MSc, finished)
  • Automatic Extraction of Useful Structures for Ultrasound-Guided Femoral Nerve Blocks (MSc, finished)
  • Segmentation of Musculus Puborectalis in 4D OB/GYN ultrasound data (BSc, finished)
  • Autonomous Robotic Ultrasound for Screening Applications (MSc, finished)
  • Full color surgical 3D printed tractography (MSc, finished)
  • Multi-modal Deformable Registration in the Context of Neurosurgical Brain Shift (MSc, finished)
  • Seamless stitching of 4D optoacoustic data (MSc, finished)
  • Sparse Data Reconstruction and its Application in Spherical Computational Sonography (MSc, ongoing)
  • Optimal planning and data acquisition for robotic ultrasound-guided spinal needle injection (MSc, finished)
  • Sensor System Development for Measuring and/or Characterizing Surgical Drain Fluid Output (Msc, finished)
  • Implementation of Resting State fMRI Functional Connectivity Analysis for the Mapping of Functional Brain Networks in Neurosurgery Treatment Planning (MSc, finished)
  • Automated Camera System for Laparoscopic Surgeries Supported by Surgical Data Science (MSc, finished)
  • Restoring the sensation in an upper limb with a smart Orthesis (MSc, finished)
  • Ultrasound-Based Tissue Characteriziation for Ablation Procedures (Msc, finished)

IDP

  • Tensor-Graph based segmentation of ultrasound images (finished)
  • 3D velocity field reconstruction from ultrasound doppler data (finished)
  • Optimization of a quadratic energy minimization framework for arbitrarily sampled ray data (finished)
  • Implementation of a force-impedance controller for ROS and KUKA LBR 4+ (finished)

Teaching

Research Projects

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