Advanced GIScience modeling

The “Advanced Implementations of GIS” course provides a hands-on exploration of modern GIS (Geographic Information Systems) technologies, equipping students with the tools and knowledge to analyze and model spatial data effectively. Designed for students and professionals interested in mastering cutting-edge GIS applications, this course bridges theoretical understanding with practical expertise.

Key topics include the fundamentals of the ArcGIS Pro framework, vector- and raster-based analyses, spatial modeling, geoprocessing, and 3D spatial analysis. Students will learn to implement spatial models, work with enterprise GIS architectures, and explore GIS solutions across desktop, web, mobile, and server-side platforms. The course also emphasizes hydrology and cost-based functions, enabling participants to apply GIS tools to real-world environmental and geographic challenges.

Interactive lessons and exercises allow participants to develop expertise in data editing, georeferencing, map creation, 3D modeling, and web-based GIS applications. Flipped classroom sessions and peer evaluations further enhance collaborative learning and critical thinking skills.

This course is ideal for students, researchers, and professionals aiming to advance their GIS capabilities for use in environmental sciences, urban planning, natural resource management, and related fields. By the end of the course, participants will have a comprehensive understanding of advanced GIS functionalities and the ability to apply them to diverse projects.

Syllabus

Lesson 1: Introduction to GIS concepts, ArcGIS Pro framework, and course requirements.

Lesson 2: Geo-referencing maps, editing spatial and temporal data, and creating layouts.

Lesson 3: Introduction to Model Builder and spatial modeling fundamentals.

Lesson 4: Geoprocessing vector and raster topologies in GIS.

Lesson 5: Working with relational databases in GIS and collaborative tasks.

Lesson 6: Cost functions in GIS with practical exercises (Flipped classroom).

Lesson 7: Hydrology (Flow) functions in GIS and real-world applications (Flipped classroom).

Lesson 8: Introduction to 3D GIS and creating/editing 3D spatial data.

Lesson 9: Performing 3D-based analyses and integrating data into workflows.

Lesson 10: GIS implementations on mobile devices and field data collection tools.

Lesson 11: Enterprise GIS, ArcGIS Online (cloud), and building GIS web applications.

Lesson 12: Course review, key concepts summary, and final exam preparation.