Geodesy and Geomatics Courses
GGE6001 | Advanced Engineering and Mining Surveying | 3 ch |
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GGE6013 | Inegrated Monitoring and Deformation Analysis | 3 ch |
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GGE6023 | Multibeam Sonar: Theory, Measurement, and Analysis | 3 ch |
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GGE6031 | Advanced Topics in Geodetic Surveying | 3 ch |
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GGE6042 | Kinematic Positioning | 3 ch |
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GGE6093 | Advanced Topics in Industrial Metrology | 3 ch |
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GGE6102 | Quantitative Analysis in Geomatics | |
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GGE6212 | Geodynamics | 3 ch |
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GGE6222 | Gravity Field in Geomatics | 3 ch |
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GGE6231 | Satellite Gravimetry | 3 ch |
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GGE6242 | Extraterrestrial Positioning | 3 ch |
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GGE6301 | Introduction to Ocean Mapping | 3 ch |
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GGE6302 | Oceanography, Tides, and Water Level | 3 ch |
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GGE6303 | Marine Geology and Geophysics | 3 ch |
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GGE6311 | Advanced Topics in Ocean Mapping | 3 ch |
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New: Advanced acquisition, processing and delivery of ocean mapping data. Topics covered include: Multibeam sonar system setup, integration, application and troubleshooting; survey planning and reporting; advanced multibeam sonar data processing, including water column object detection; and hydrographic data management. Credit will be given for only GGE6311 or GGE5311. Prerequisite: GGE 6301 |
GGE6322 | Computer Vision – Algorithm and Software Coding | 3 ch |
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Overview of image data formats, programming standards, Python programming and libraries, and software coding and implementation. Computer vision methods, algorithms, applications and codes, including point transformation, edge detection, feature extraction, image matching, mathematical morphology, image segmentation, image classification, object detection, face recognition, and 3D creation. Coding implementations for case applications. Credit will be given for only GGE 6322 or GGE 5322.
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GGE6341 | Machine Learning and AI in Geospatial Data Analysis | 3 ch |
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Prerequisite: MATH 1503 and GGE 3342 |
GGE6404 | Online Spatial Data Handling | 3ch |
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This course provides an introduction to online spatial data handing. The first modules will describe the theory of cloud computing and cloud services architecture. This will be followed by details of spatial cloud computing, including cloud service models, microservices architecture, and containers. Through a combination of lectures and hands on exercises using Jupyter Notebooks, the students will learn to explore, query, process, and visualize geospatial data in the cloud and to share their notebooks such that others can use, edit and re- use them. |
GGE6405 | Geographic Databases | 3 ch |
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GGE6408 | Geospatial Web | 3 ch |
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GGE6410 | 3D Geographic Information Systems | 3 ch |
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GGE6501 | Land Information Management I | 3 ch |
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GGE6505 | Introduction to Big Data & Data Science | 3 ch |
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GGE6800 | User Centered Design (online course) | 3 ch |
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This course is intended to support a PhD student’s in-depth investigation into the effective use of user-centred design techniques- with a specific focus on participatory design- for the design of software, including mobile applications. The course is designed to guide the student to conduct a comprehensive environmental scan of issues concerning the use of user-centred (and particularly participatory) design methods in order to attain a deep understanding of this field which the instructor has chosen as a focus within her PhD research. Throughout the course, existing applications of user-centred and participatory design methods will be examined and their efficacy will be critically assessed. |
GGE6900 | Research Methods and Communication Skills | 3 ch |
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GGE6910 | Graduate Seminar | 3 ch |
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GGE6921 | Directed Research I | 3 ch |
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This course provides graduate students with an opportunity to undertake a research project supervised by an instructor. A written submission and an oral presentation are required. In the case of an extensive project, both GGE 6921 and GGE 6922 may be taken with the same
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GGE6922 | Directed Research II | 3 ch |
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This course provides graduate students with an opportunity to undertake a research project supervised by an instructor. A written submission and an oral presentation are required. If the research project is less-extensive (at the discretion of the instructor), the student should only enroll in GGE 6921. This course is not open to MScE. or PhD students. |
GGE6997 | Master's Thesis | cr |
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GGE6998 | PhD Thesis | cr |
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