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Centre for Remote Sensing (CRS)

Centre for Remote Sensing (CRS)

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  • Home
  • About
  • People
    • Ármann Höskuldsson
    • Ásta Rut Hjartardóttir
    • Benjamin D. Hennig
    • Ernir Erlingsson
    • Eyjólfur Magnússon
    • Finnur Pálsson
    • Freysteinn Sigmundsson
    • Gro B. M. Pedersen
    • Helgi Björnsson
    • Helmut Neukirchen
    • Ingibjörg Jónsdóttir
    • Ívar Örn Benediktsson
    • Jakob Sigurðsson
    • Jón Atli Benediktsson
    • Magnús Örn Úlfarsson
    • Morris Riedel
    • Nína Aradóttir
    • Sigurdur M. Gardarsson
    • Sverrir Guðmundsson
    • Throstur Thorsteinsson
  • Courses
  • Data
    • Aerial Photographs
      • Loftmyndir
      • Samsýn
    • Data bases
      • Geological Maps
      • Historical records
      • IS 50 V
      • LUKR
      • Soil map
      • Volcanic systems and fissure swarm and fracture database
    • Digital elevation models
      • ICESat
      • Airborne LIDAR
    • GPS data
    • Satellite imagery
      • ASTER
      • AVIRIS
      • EMISAR
      • Envisat
      • ERS-1
      • ERS-2
      • FormoSAT-2
      • IKONOS
      • QuickBird
      • ROSIS
      • SPOT5
      • WorldView-2
      • TanDEM-X and TerraSAR-X
      • ERS 1/2 tandem data
  • Software & Languages
    • ArcGIS
    • DORIS
    • eCognition
    • GAMIT/GLOBK
    • MATLAB
    • MultiSpec
    • R
    • StaMPS
  • Instruments and Facilities
    • Aerial thermal line scanner
    • IHPC
  • Events
  • Publications
    • Journal and conference papers
    • PhD theses
    • Master theses
    • Bachelor theses
  • Links

Courses

The following courses in remote sensing and geospatial information systems have been taught at the University of Iceland:

Undergraduate programmes

  • Cartography (LAN102G, fall, 8 credits)
  • Geological Mapping (JAR513G, fall, 7.5 credits)
  • Geographical Information Systems 1 (UMV401G, spring, 6 credits)
  • Machine Learning for Earth Observation powered by Supercomputers (REI506M, 6 credits) 
  • Remote Sensing and Environmental Monitoring (LAN616G, spring, 8 credits)
  • Remote sensing and Geographical Information Systems in geological observations (JAR420G, spring, 7.5 credits)
  • Remote Sensing and Processing of Remote Sensing Data (RAF512, fall, 10 credits)

Graduate programmes

  • Remote Sensing and Processing of Remote Sensing Data (RAF512, fall, 10 credits)
  • Application of Remote Sensing in Earth Sciences (JAR251F, spring, 7.5 credits)
  • Geographical Information Systems 2 (LAN212F, spring, 10 credits)
  • Remote Sensing and Environmental Monitoring (LAN211F, spring, 10 credits)
  • Visualisation and Science Communication (LAN024F, spring, 5 credits)

 

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