Bachelor of Surveying and Spatial Sciences
(73G)
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Duration:
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3 years |
Location:
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Hobart
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Study Areas
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Surveying and the spatial sciences are relied upon in an increasingly wide range of applications, such as environmental management, civil and mining engineering, land planning and development, within both government and private enterprise. In recent years there has been dramatic growth in the surveying and spatial sciences. Geographic Information Systems (GIS), Global Navigation Satellite Systems (GNSS), remote sensing, image processing, and digital photogrammetry have become essential to planning and management. For graduates choosing a career in land surveying these technologies are as important as traditional surveying instruments; for other students, these technologies present a wide range of new career opportunities.
The three-year Bachelor of Surveying and Spatial Sciences prepares graduates for professional careers in a number of closely related disciplines. These include:
- land surveying - measuring and defining land ownership boundaries; spatial control for projects such as roads and bridges;
- spatial and geographic information systems - computer management, mapping and analysis of spatial information;
- photogrammetry and remote sensing - measurement, mapping and data analysis from aircraft and satellite sensors;
- geodesy and geodetic surveying - science of the measurement and mapping of the earth's surface using satellite and terrestrial data;
- hydrographic surveying - measuring and mapping in a marine environment.
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Special Requirements
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In addition to satisfying the normal University admission requirements, students entering first year must have obtained a TCE Satisfactory Achievement (SA) result or higher in MTM315109 Mathematics Methods.
If applicants do not have these prerequisites they should discuss their qualifications with the degree coordinator. Appropriate foundation units may be available. Interstate or overseas qualifications that are deemed equivalent by the University may also be accepted, subject to approval by the degree coordinator.
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Further study options
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Career opportunities
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To achieve this aim, the course imparts to students:
- an understanding of the scientific principles underlying surveying and the spatial sciences;
- a knowledge of the way in which these principles are implemented in current surveying and mapping technology;
- appropriate scientific analysis, problem solving and design skills;
- appropriate communication skills;
- a general knowledge of associated disciplines that will facilitate communication and professional interaction; and
- an appreciation of the professional standards and practices of relevant professional institutions.
Graduates find employment in a wide range of areas including spatial data management, land administration, surveying and mapping, cadastral and engineering surveying, GIS industries, and geodetic agencies. The spatial information industry is experiencing strong growth, with a national undersupply of qualified graduates. High graduate employment rates are expected to continue.
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Further Information
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