Marc Schweitzer

Senior Software Engineer
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Senior software engineer , mainly focused on computer vision and surgical navigation systems. C++ developer, CMake evangelist, Linux lover, and Open-source awakener.

Work Experience

Senior Software Engineer

IRCAD France, Strasbourg | 2013 - Present

Senior research & development engineer in the surgical data science team. I design sofwares and technics dedicated to ‘augmented-surgery’, I’m mainly focused on computer vision and navigation tasks.

  • Computer vision engineer focused on tasks such as using cameras, Optical/EM trackers or robotized arms to create ‘augmented-surgery’ systems helping clinicians before or during surgery.
  • Lead C++ developer and maintainer of Sight an open-source framework developped and used by our team to create healthcare sofwares.

Software Developer

ICUBE, Illkirch, France | 2012 - 2013

Software developper in a research team. Development of several technics of MRI image registration and reconstruction for foetus brain analysis.

  • C++ developer with ITK. Scientific research on 3D MRI reconstruction and super-resolution.
  • Contribution to scientific papers

Junior Software Developer (training)

IRCAD France, Strasbourg | 2011 - 2012

Junior Software developper - Creation of an application for manual and semi-autamatic medical image registration to help clinicians.

Information

Open-source Projects:

    • Sight · the Surgical Image Guidance and Healthcare Toolkit aims to ease the creation of applications based on medical imaging. It includes various features such as 2D and 3D digital image processing, visualization, augmented reality and medical interaction simulation. It runs on many different environments (Windows, linux, macOS), is written in C++, and features rapid interface design using XML files. It is freely available under the LGPL

Past projects:

    • 3D-Surg · The 3D-Surg project aims at developing a comprehensive set of products to enable the breakthrough of a new kind of image-guided surgery exploiting 3D modelling of patients from their medical imaging and three-dimensional visualization combining both real and virtual environment.
    • fbrain · This toolkit is developed in the context of the Fbrain ERC project: Computational Anatomy of Fetal Brain. Studies about brain maturation aim at providing a better understanding of brain development and links between brain changes and cognitive development.