Experience

The Martin Luther University of Halle-Wittenberg

• Germany
• Higher Education
• 400 - 500 Employee

• Juniorprofessor for eHumanities

  • Nov 2021 - Present



European Commission

• Belgium
• Government Administration
• 700 & Above Employee

• Expert

  • May 2012 - Present

  Reviews for the ERC framework programs Reviews for the ERC framework programs



Heidelberg University

• Germany
• Higher Education
• 700 & Above Employee

• Junior Research Group Leader (guest)

  • Jul 2020 - Oct 2021



Hochschule Mainz - University of Applied Sciences

• Germany
• Higher Education
• 200 - 300 Employee

• Managing Director mainzed & Researcher i3mainz

  • Jun 2020 - Oct 2021



University of Heidelberg

• Research Services
• 700 & Above Employee

• Junior Research Group Leader

  • Jan 2014 - May 2020

  The FCGL is a Junior Research Group (JRG) established within the Zukunftskonzept (institutional strategy) of the 2nd German University Excellency Initiative. This concept has the general goal to improve the understanding of complex material, cultural and social topics. The FCGL matches this vision and bridges the well-established fields of the Computational Sciences and the Forensic Sciences by collaborative development of new methods to answer questions arising from Humanities and Life Sciences.As the forensic science is the scientific method of gathering and examining information about the past, several research fields such as archaeology, assyriology, geology, palaeography and many more share this aim and the methods of the evident task of law enforcement. The remainders of the past are often fragmented objects with three-dimensional hints about their meaning. These hints are represented as geometric features, which range from tool marks, weathering traces, fingerprints to imprinted characters. Even within the landscape evidence of long past human activity can be found as very unobtrusive changes to the natural topology of terrain. Furthermore additional dimensions representing e.g. color or reflectivity have to be included to fully understand the meaning of an object, which are increasingly digitized for virtual autopsy. Methods from Computer Vision and Computational Geometry can assist virtual autopsy by providing additional means of visualizations and allows for objective quantification and extraction of meaningful features.The GigaMesh software framework and its modular processing pipeline for irregular measurement data as provided by high-resolution 3D-scanners is one of the core tools of the FCGL. As it is based on Open Source technologies it can be swiftly integrated into e.g. archaeological workflows or the preparation of OCR ready vector drawings of inscriptions for further use in the Digital Humanities. Show less

• Postdoctoral research fellow

  • Nov 2012 - Dec 2013

• Scientific assistant (wissenschaftlicher Angestellter)

  • Jan 2009 - Oct 2012



HGS MathComp Graduate School

• Heidelberg Area, Germany

• Fellow

  • May 2009 - Oct 2012



Università degli Studi di Firenze

• Higher Education
• 700 & Above Employee

• Research associate

  • Jan 2007 - Oct 2008

  PIN - University of Florence PIN - University of Florence



TU Wien – Academy for Continuing Education

• Austria
• Education Administration Programs
• 1 - 100 Employee

• Project Assistant, Student Assistant

  • Sep 2002 - Jun 2007



BERL EDV GmbH

• Neunkirchen, Austria

• Teamleader E-Commerce & Web-Services

  • Oct 2000 - Mar 2007