Master of Spatial Science Technology (Geographic Information Systems)
Course Overview
UniSQ's Master of Spatial Science Technology (Geographic Information Systems) is designed for graduates seeking to become specialists in the rapidly evolving field of GIS. This flexible degree allows you to tailor your studies by selecting from advanced GIS topics and complementary disciplines. You will develop high-level research and technical skills through a significant research project, providing an excellent foundation for professional advancement or further academic study.
Key Program Highlights
- Tailor your degree with a flexible curriculum including web-based GIS, land studies, and photogrammetry.
- Complement core GIS studies with electives in sustainable development and information systems.
- Develop advanced research methodology skills by completing a substantial, real-world project.
- Gain a direct pathway to further research degrees, including a PhD, via the research dissertation.
- Learn to apply cutting-edge technology, such as high-resolution satellite data, to solve complex spatial problems.
Course Overview
UniSQ's Master of Spatial Science Technology (Geographic Information Systems) is designed for graduates seeking to become specialists in the rapidly evolving field of GIS. This flexible degree allows you to tailor your studies by selecting from advanced GIS topics and complementary disciplines. You will develop high-level research and technical skills through a significant research project, providing an excellent foundation for professional advancement or further academic study.
Key Program Highlights
- Tailor your degree with a flexible curriculum including web-based GIS, land studies, and photogrammetry.
- Complement core GIS studies with electives in sustainable development and information systems.
- Develop advanced research methodology skills by completing a substantial, real-world project.
- Gain a direct pathway to further research degrees, including a PhD, via the research dissertation.
- Learn to apply cutting-edge technology, such as high-resolution satellite data, to solve complex spatial problems.
