Prof. Dr. Gerhard Fellnhofer,

• Higher Education Management (HEM 11)
  Executive Programme, April 2024 - März 2025
• Management Courses (Management Circle, Public Management, Media Training, etc.) (CH),
  2011-2020
• Hermes project management method (with certificate) (CH), Requirement Engineering Course (CH), 2010
• Ph.D. (Institute of Geodesy and Photogrammetry), ETH Zurich / EPF Lausanne (CH), 2009
• Exchange student in Computer Vision / Cornell University (USA), 2006
• Postgraduate course in Computer Graphics / ETH Zurich (CH), 2005
• Postgraduate course in Computer Vision / Surrey University (UK), 2004
• Diploma (Master of Science) Surveying (Geomatics Engineering) / Technical University of Graz (AT), 2002
  

• President of Swiss Organization of Geoinformation (SOGI)
  2019 - till May 2025
• ETH Research Program Manager
  2017 -Sabbatical
• Director of Geomatics (GeoZ) – Public Administration of Zurich:
  May 2011 - till July 2023
• Schrotter Consultants - Technology Transfer:
  2009 – 2017
• Project Leader - GIS Competence Center – Urban Planning Department - City of Zurich:
  June 2009 - till May 2011
• Head of Core Development / International Project Leader:
  March 2006 - till June 2009

• Dissertation and Research Assistant (Prof. Armin Gruen, Prof. Pascal Fua, Prof. Christophe Girot), ETH Zurich
  August 2003 - March 2007
• Research Assistant (Prof. Hans Sünkel), Graz University of Technology
  January 2003 - July 2003
• Research Assistant and Staff at Vexcel Imaging Austria (Prof. Franz Leberl), Graz University of Technology
  November 2001 - December 2002

• Selected for the first "European success story" of the "Google Maps API", CH, 2009
• Invitation for research to the University of Cornell, USA, 2005
• Invitation for research to the University of Surrey, UK, 2003
• Best Paper Award (Surrey University), GB, 2003

• Schrotter, G., Hürzeler, C. The Digital Twin of the City of Zurich for Urban Planning. PFG 88, 99–112 (2020). https://doi.org/10.1007/s41064-020-00092-2
  
• Schrotter, G. Towards a Reliable Map of Subsurface Utilities in Singapore Digital Underground (2020). https://www.researchgate.net/publication/340828635_Towards_a_Reliable_Map_of_Subsurface_Utilities
  _in_Singapore_Digital_Underground
  
• Grün A., Schrotter, G. , et al. An Operable System for LoD3 Model Generation Using Multi-Source Data and User-Friendly Interactive Editing Virtual Singapore R&D Program -Towards Automatic Acquisition of 3D City Models for Virtual Sing apore (2020).
  https://www.researchgate.net/publication/343098753_An_Operable_System_for_LoD3_Model_Generation_
  Using_Multi-Source_Data_and_User-Friendly_Interactive_Editing_Virtual_Singapore_RD_Program_-
  Towards_Automatic_Acquisition_of_3D_City_Models_for_Virtual_Sin
  
• Yan, Jingya & Jaw, Siow Wei & V. Son, R & Soon, Kean & Schrotter, G. (2018).
  THREE-DIMENSIONAL DATA MODELLING FOR UNDERGROUND UTILITY NETWORK MAPPING. ISPRS - International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences. XLII-4. 711-715. 10.5194/isprs-archives-XLII-4-711-2018.
• van Son, R & Jaw, Siow Wei & Yan, Jingya & Khoo, V & Loo, R & Teo, S & Schrotter, G. (2018).
  A FRAMEWORK FOR RELIABLE THREE-DIMENSIONAL UNDERGROUND UTILITY MAPPING FOR URBAN PLANNING. ISPRS - International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences.
  XLII-4/W10. 209-214. 10.5194/isprs-archives-XLII-4-W10-209-2018.
• Jaw, Siow Wei & Van Son, Rob & Khoo Hock Soon, Victor & Schrotter, Gerhard
  & Loo Wei Kiah, Richard & Teo Shen Ni, Sandy & Yan, Jingya. (2018).
  The Need for a Reliable Map of Utility Networks for Planning Underground Spaces.
  1-6. 10.1109/ICGPR.2018.8441625
• Li, Jiaqiang & Xiong, B & Biljecki, Filip & Schrotter, G. (2018). A sliding window method for
  detecting corners of openings from terrestrial LiDAR data.
  XLII-4/W10. 97-103. 10.5194/isprs-archives-XLII-4-W10-97-2018.

Weitere Publikationen: https://www.research-collection.ethz.ch/discover , keyword: Schrotter oder https://www.researchgate.net/profile/Gerhard_Schrotter/research

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