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Engineering TechnologyDescription of the Programme
The aim of the Bachelor of Science in Geospatial Information Science (GIS) is to offer sound training and research in spatial information disciplines of geospatial information systems and geospatial engineering. Geospatial Information Science brings together the disciplines of surveying, computing, mapping, cartography and visualization, statistics and environmental science and harnesses groundbreaking technologies for the collection, analysis and modeling of spatially based and related information. Geospatial information scientists use location as the key to collecting, analyzing, managing and interpreting information. You will build knowledge and skills in mapping, navigation systems, remote sensing and measurement. Geospatial Information Science is a fast-developing discipline and is applied in order to deal with problems and offer the best possible solutions in an increasing range of applications where spatial, position/location-based information is important. The training places emphasis on modern techniques of digital mapping, geodesy, cartography, Remote Sensing, Geo-information, and Satellite Positioning such as Global Positioning System (GPS) and also offers a solid foundation on the traditional techniques of acquisition and processing of geoinformation data. GIS graduates will master the skills and knowledge to spatially integrate data and computing resources to make informed decisions in business intelligence, environmental modeling, smart cities, precision agriculture and public safety just to name a few. Now more than ever before, Unmanned Aviation Vehicles (UAV) equipped with remote sensors provide near-real-time imagery for rescue, search and damage assessment after a disaster. Lidar point clouds allow us to build high-resolution 3D models of terrains, buildings and trees. Mobile geospatial apps and location-based services allow us to search information based on proximity to our location (e.g. find nearby hospital) and connect our social networks in both cyber and physical spaces (e.g. Foursquare check-ins). All students will be expected to carry out a final-year research project based on the current industry trends and one that reflects current best practices. In addition, they will be expected to complete an industrial attachment.
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