Geospatial technologies transform the way we work and perceive the world around us. The spatial problem-solving approach can unravel many problems in today's world. These are now being recognised for various vocations, industries, and businesses.
In this unit, you will learn how to collect spatial data appropriately, assess it for errors, aggregate the data, apply the latest spatial tools and modelling techniques, examine and interpret model outputs, make decisions based on the results, and effectively share and communicate your findings.
Case studies may include, but are not limited to, Environmental Sciences, Forestry, Agriculture, Epidemiology, Demography, Health, Urban Planning, Mining, Disaster and Emergency Management, Tourism, Business, and Marketing. Students develop a theoretical understanding and technical skills by selecting and applying the appropriate spatial analysis techniques to address a given scenario. The unit concludes with a project in which the student collects real-world data from their chosen field and applies the methods learned throughout the semester to address a problem of significant interest to them. The student will also learn oral and written communication skills, as well as project management for extensive data collection.
