Problem Solving 2

Problem Solving 1

Report

<p>There is increased and wider use being made of remotely sensed data from terrestrial and aerial photogrammetry, unmanned aerial vehicles (UAV) and Lidar scanning to gather data for geographic information and spatial science usage. Digital and electronic technology advances are continually increasing the availability, variety and usefulness of photogrammetric and UAV sensed data, increasing its importance within the spatial information industry. It is necessary for the spatial science professional to be aware of the methods of data acquisition by various sensors or related processing platforms, their accuracy and precision, usage and application compared to other spatial science techniques.</p>

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1hr per week activity, coordinated by Course Coordinator

Zoom session

SVY5202 - Advanced Photogrammetry and Mapping

Advanced Photogrammetry and Mapping

appraise the application of photogrammetric methods for spatial data analysis and integration to geographic information systems;

describe the physical basis of remote sensing; including spectral, temporal, spatial and resolution properties; the spectrum, radiation and reflectance properties; and image properties;

assess feature extraction, classification and data interpretation techniques for spatial analysis and modelling.

explain the principles, theory and accuracy of various sensors (Lidar, multi-spectral and hyperspectral) and platforms (aerial and UAV data);

analyse data from image and point cloud processing to create data outputs such as point clouds, orthophotos and Digital Elevation Models (DEM).

develop mission planning processes, parameters and calibration to undertake aerial mapping and Drone operations;

SVY5202-TR2-ON-SPRNG

SVY5202-TR2-OL-TWMBA