Topographic Data Analysis Techniques and Applications

Learning Outcomes

Learning Outcomes

Having successfully completed this module you will be able to:

• List relevant areas and examples where 3D remote sensing data can be applied
• Discuss the different sources of 3D remote sensing data (stereo aerial photography and satellite data, terrestrial and airborne laser scanner)
• Illustrate the methods of deriving topographical information from aerial photographs and remote sensing imagery and how to analyse these data
• Describe the key concepts and terminology used in 3D remote sensing

The module will broadly be divided into three sections covering: Optical data, Laser scanning data and Microwave/RADAR data

Optical data

• Introduction to Photogrammetry
• Analytical and Digital Photogrammetry
• Orthorectification and DEM generation from satellite data (satellite photogrammetry)
• Environmental application of digital topographic products

Laser scanning data

• Principle of LIDAR remote sensing
• Acquisition and pre-processing of LIDAR data (Terrestrial and airborne)
• Processing of LIDAR data
• Selected applications of terrestrial and airborne LIDAR data

Microwave/RADAR data

• Microwave/RADAR systems
• Synthetic Aperture RADAR (SAR and INSAR)
• Application of RADAR/SAR

A combination of teaching and learning methods are employed to provide students with the necessary knowledge, structure and opportunities to achieve the learning outcomes. Lectures provide a sound knowledge base and structure for further independent study. Practical computing sessions provide students with opportunities to develop practical skills and to link theory with practice.

Summative

This is how we’ll formally assess what you have learned in this module.

Referral

This is how we’ll assess you if you don’t meet the criteria to pass this module.