References

Airborne laser scanning – ALS

  • Area of interest 150 ha location Cer, Serbia. Airborne Laser scanning measurements and production 3D terrain model and 3D maps R=1:2500 as base of this section reconstruction project and for Urban planning project. (2018)
  • Area of interest 500 ha location Ovcar-Kablar, Serbia. Airborne Laser scanning measurements and production 3D terrain model and 3D maps R=1:2500 as base of this section reconstruction project and for Urban planning project. (2018)
  • Area of interest 150 ha, location Prvonek lake, Serbia. Airborne Laser scanning measurements and production 3D terrain model and 3D maps R=1:2500 as base of this section reconstruction project and for Urban planning project. (2018)

Mobile laser scanning – MLS

  • Execution of a topographic survey scanning by Lidar Technology with processing in the area of Kotor and Tivat. Design and realization of surveying and mapping 110 km2 area near Tivat and Kotor for geological investigation project, using mobile Lidar and photogrammetry methodology. With computer processing of collected data were produced DTM, DSM, orthophoto maps and 3D maps as base for geological and planning and design activities. (2018/2019)
  • Mobile Laser scanning and precise tachometry survey of streets corridor over 150km (800ha) in central and suburban zone of Doha, Qatar, DN005 Umm Salal Muhammed. Production 3D digital maps in CAD/GIS standard format. (2018)

Terrestrial laser scanning – TLS

  • Terrestrial laser scanning of the Karadjordje monument in Belgrade, Serbia (2016).
  • Terrestrial laser scanning, photogrammetric measurement and 3D ortophoto maps creation of the Trećepozivačka česma at Zvezdara in Belgrade, Serbia (2016).
  • Terrestrial Laser Scanning and creation of 3D model of the Serbian Supreme Command Observatory from Solunski Front at the Pionir Park in Belgrade, Serbia (2015).

GIS projects

  • Water and Wastewater GIS for Municipality of Čoka, Serbia. Mobile Laser Scanning of all water and wastewater utilities in Čoka, Padej, Sanad and Ostojićevo and process collected data. Creation of new geodatabase, populating geodatabase with process data from the field. Implemented newly created geodatabase into water and wastewater informational system of the Municipality of Čoka. Training of employees to use and manipulate geodatabase and gathered data. (2019)
  • Water and Wastewater GIS for City of Prokuplje, Serbia. Mobile Laser Scanning of all water and wastewater utilities in Prokuplje and process collected data. Creation of new geodatabase and populating geodatabase with process data from the field. Implemented newly created geodatabase into water and wastewater informational system of the City of Prokuplje. Training of employees to use and manipulate geodatabase and gathered data. (2019)

Land consolidation projects

  • Design of topographic work for land consolidation project of municipality Čoka. Design of topographic work using GPS, Photogrammetry and LIDAR data collection and production DTM, DSM and 3D maps with contour line as base for designing channels and rural roads network and Land consolidation project (2019 – ongoing project).
  • Execution of geodetic – technical works for land consolidation project in Voljčinac, Municipality of Žitoradja (2015-2018)

Cadastral – Topographical maps

  • Production of 3D cadastral topographical maps and orthophoto maps in standard Cad/GIS formats for 43 km long corridor of regional sewerage system Vladicin Han – Surdulica (2017). Project area is about 5200 ha. Computer processing collected data by mobile laser scanner installed on car, helicopter and small air plane and data delivered by Republic Geodetic Authority  were realized by standard CAD and GIS program package

Orthophoto maps

  • Reducing the flood risk through floodplain restoration along the Danube River and tributaries – DANUBE FLOODPLAIN, DTP2-003-2.1 Preparation of morphological parts of 2D model for Begecka Jama pilot site (current state and 2 restoration scenarios), including related surveys and measurements. Surveying and mapping of 1000 hectares of the wider area of the Begecka Jama area at the Danube River using mobile Lidar methodology. With computer processing of collected data were produced DTM, DSM, orthophoto maps and 3D maps as base for hydrotechnical and planning design activities (2019).
  • Photogrammetric measurement and orthophoto map creation of the Bombas Monument in Zemun Park (2017).

Engineering geodesy

  • The St. Regis Belgrade and the Residences at the St. Regis Belgrade, part of the Belgrade Waterfront Project. Site Supervision Consultant for the tallest tower project in Balkan Area (Belgrade Tower 168m) (2019 – ongoing project)
  • Project of geodetic marking of the steel structure of the Ostružnica bridge by making geodetic measurement report, report of the realization of an additional 3D micro network, report of determining the points height of the existing operational polygon and report  of a plan geodetic measurement for the purposes of enlarging part of the construction S6-D4 (2017)

Bathymetry survey

  • Bathymetric survey of the bottom of the River using Multibeam Technology developing cross section profiles, calculations of the amount of excavation and the amount of the filling material erected for the Belgrade Waterfront Project. (2016 – ongoing project)
  • Supervision and Environmental Monitoring of River Training and Dredging Works on Critical Sectors on The Danube River. Bathymetric Survey of seven sectors on Danube River for propose of supervision of the project. (2018 – ongoing project)
  • Airborne Laser scanning and bathymetric survey, channel corridor 33 km x 500 m on location Begej canal, Serbia and production 3D terrain model and 3D maps R=1:1000, 1:100 as base of this section reconstruction project. (2018)

LiDAR Archeological survey

  • Area of interest 14 square kilometres; location Gamzigrad. Airborne Lidar scanning and production of 3D terrain model, DSM, and orthophoto. Investor: Archaeological institute of Belgrade. (2017)
  • Area of interest 11 square kilometres; location Krševica. Airborne Lidar scanning and production of 3D terrain model, DSM, and orthophoto. Investor: Archaeological institute of Belgrade. (2017)
  • Area of interest 11 square kilometres; location Lece. Airborne Lidar scanning and production of 3D terrain model, DSM, and orthophoto. Investor: Archaeological institute of Belgrade. (2017)