Patrick Reidelstürz
Uid: 1825
~~Curriculum Vitae
since 2010 scientific assistant at Technische Hochschule Deggendorf, TechnologieCampus Freyung,
senior researcher of the working area “unmanned aerial systems und remote sensing”
at the same time: external staff at DLR (Deutsches Zentrum für Luft- und Raumfahrt, German Aerospace Center) (DLR), Team Flying Robots, Oberpfaffenhofen
at the same time: visiting scientist at Institut for applied computer science, University of the Federal Armed Forces Munich, Neubiberg
2007-2010 staff at institute of aerospace engineering University of the Federal Armed Forces Munich, Neubiberg
2006 University of Hohenheim, Institute crop production and grassland, Hohenheim
2004-2006 Gisgeo, Wittbritzen, and home office in Emmendingen/Freiburg
1999-2004 staff at “Badische Luftbildmessung GmbH“, Freiburg
1997-1999 scientific assistant at Steinbies-Transferzentrum, Forstwissenschaftliche Fakultät, Albert Ludwigs Universität Freiburg
1995-1997 freelance collaborator at „Badische Luftbildmessung GmbH“, Freiburg
1992-1997 scientific assistant (graduation) at department „Remote Sensing and Landscape Information Systems“ at faculty of forestry, Albert Ludwigs Universität, Freiburg
1986-1992 studies of forestry at Albert Ludwigs Universität, Freiburg
1986-1986 military service , 2. ABC Abwehrbatallion 900, Zweibrücken
1985 certificate: general qualififcation for university entrance (Abitur): Gymnasiums Johanneum, Homburg
Date of birth: 10.06.1966
Interests:
- unmanned aerial systems / unmanned aerial vehicles / flight guidance systems / autopilotsystems / automatic and autonomous flights
- Photogrammetry and remote sensing:
multispectral and hypersapektral sensors, photogrametric image reconstruction
- UAS in the context of agriculture and forestry, environmental monitoring, biodicersity and sustainability Precision Farming
Area of research:
- UAV/UAS: construction, integration, operation
- economic and ecologic potential of UAV/UAS
- potential of UAS to detect bark beatle attack in an early stage of attack (green attack stage) in Nationalpark Bavarian Forest.
actual topics and research aims:
resaerch on the use of unmanned aerial systems in combination of photogrammetrie and remote sensing for agricultural and forestal applications
- unmanned aerial systems
- unmanned aerial vehicles,
- drones
- multicopter
- helicopter
- fixed wing airframes
- autopilot systems
- flight controller
- remote sensing payload
- multispectral
- hyperspectral
- thermal IR
- NIR
- photogrammetrie
- remote sensing
- precision farming
- bark beetle detection
- orthophoto
- 3d reconstruction
- point clouds
since 2010 scientific assistant at Technische Hochschule Deggendorf, TechnologieCampus Freyung,
senior researcher of the working area “unmanned aerial systems und remote sensing”
at the same time: external staff at DLR (Deutsches Zentrum für Luft- und Raumfahrt, German Aerospace Center) (DLR), Team Flying Robots, Oberpfaffenhofen
at the same time: visiting scientist at Institut for applied computer science, University of the Federal Armed Forces Munich, Neubiberg
2007-2010 staff at institute of aerospace engineering University of the Federal Armed Forces Munich, Neubiberg
2006 University of Hohenheim, Institute crop production and grassland, Hohenheim
2004-2006 Gisgeo, Wittbritzen, and home office in Emmendingen/Freiburg
1999-2004 staff at “Badische Luftbildmessung GmbH“, Freiburg
1997-1999 scientific assistant at Steinbies-Transferzentrum, Forstwissenschaftliche Fakultät, Albert Ludwigs Universität Freiburg
1995-1997 freelance collaborator at „Badische Luftbildmessung GmbH“, Freiburg
1992-1997 scientific assistant (graduation) at department „Remote Sensing and Landscape Information Systems“ at faculty of forestry, Albert Ludwigs Universität, Freiburg
1986-1992 studies of forestry at Albert Ludwigs Universität, Freiburg
1986-1986 military service , 2. ABC Abwehrbatallion 900, Zweibrücken
1985 certificate: general qualififcation for university entrance (Abitur): Gymnasiums Johanneum, Homburg
Date of birth: 10.06.1966
Interests:
- unmanned aerial systems / unmanned aerial vehicles / flight guidance systems / autopilotsystems / automatic and autonomous flights
- Photogrammetry and remote sensing:
multispectral and hypersapektral sensors, photogrametric image reconstruction
- UAS in the context of agriculture and forestry, environmental monitoring, biodicersity and sustainability Precision Farming
Area of research:
- UAV/UAS: construction, integration, operation
- economic and ecologic potential of UAV/UAS
- potential of UAS to detect bark beatle attack in an early stage of attack (green attack stage) in Nationalpark Bavarian Forest.
actual topics and research aims:
resaerch on the use of unmanned aerial systems in combination of photogrammetrie and remote sensing for agricultural and forestal applications
- unmanned aerial systems
- unmanned aerial vehicles,
- drones
- multicopter
- helicopter
- fixed wing airframes
- autopilot systems
- flight controller
- remote sensing payload
- multispectral
- hyperspectral
- thermal IR
- NIR
- photogrammetrie
- remote sensing
- precision farming
- bark beetle detection
- orthophoto
- 3d reconstruction
- point clouds
