GIS Principles
The course is delivered through a video-based format that combines video lectures and written materials. Practical exercises are done in ArcGIS. Knowledge is assessed through the CourseKit app, which also includes the final exam.
About the course
Are you looking for a practical introduction to the world of geographic information systems and spatial data? This micro-credential will guide you through the basic principles of GIS, geoinformatics, and modern mapping technologies. You will learn how to work with spatial data, understand coordinate systems, data models, and topology, and gain an overview of how GIS is used in practice.
During the course, you will master working in the ArcGIS Pro environment, creating map outputs, and the basics of spatial analysis. The program also covers working with web GIS applications, managing data layers, and the use of GIS in areas such as utility management, BIM/CAFM, cadastral systems, and data integration.
Emphasis is placed on the practical application of knowledge—through exercises and project work, you will practice working with real-world data and create a simple GIS project. The course also introduces current trends in geoinformatics and connects theoretical principles with practical applications in both technical and analytical fields.
Upon completing the micro-credential, you will be able to navigate basic GIS technologies, work with spatial data, and use GIS tools to solve practical tasks in various types of organizations and projects.
Course content and schedule
- What is GIS
- Information vs. Data
- Examples of GIS Applications
- Fields Related to GIS
- Practical Examples
- Spatial Data Terminology
- Types of Spatial Data
- Vector DataRaster Data
- Layered Approach in GIS
- GIS Model of Reality
- Spatial Data Formats
- Binary and Text Formats
- Coordinate Systems in GIS
- Spatial Data Topology
- The Third Dimension in GIS
- Metadata
● Selecting your data - by attributes and by location
● Vector analysis examples
● Raster calculator
● Analysis workflow and model diagrams
- Purpose of Maps
- Map Elements
- Cartograms
- Examples of Errors in Cartograms
- Opening ArcGIS Pro
- Creating a project
- Understanding the project structure in ArcGIS
- Adding data
- Understanding the difference between data and layers
- Basic data symbolization
- Introduction to Vector Data
- Introduction to Raster Data
- Changing the Coordinate System
- Working with the Attribute Table
- Selecting Displayed Columns
- Opening the Attribute Table
- Adding a New Attribute
- Geometry Calculations
- Field Calculator
- Selection by Attributes
- Attribute Queries – Operators
- Select all national parks
- Select all civil airports
- Create a layer from selected features
- Metadata
- Select all highways
- Selection by Location
- Select all airports in Prague
- Select all highways crossing Prague
- Clip
- Buffer
- Intersect
- Raster Calculator
- Convert Raster to Polygon
- Creating a ModelBuilder
- Your First Simple Model
- Clip and Buffer
- Model Parameters
- Advanced Cartography
- Map Layout View
- Adding Map Elements
- Exporting a Map
- ArcGIS Online
- Sharing data to ArcGIS Online
- Opening data in an ArcGIS Online map scene
Entry requirements
At least a high school diploma
Basic familiarity with the IT environment
ArcGIS Pro version 3.0 or higher installed
No prior GIS knowledge is required
Basic knowledge of English is recommended
Your own laptop or tablet
Bring the device you normally use for work and don’t forget to bring a charger
Who is this course for?
Teaching methods
- Interactive video lessons and demonstrations of GIS work focusing on spatial data, attributes, and the basic principles of geographic information systems.
- Hands-on exercises in ArcGIS Pro focused on data selection, spatial queries, analysis, and working with map layers.
- Independent work and analytical tasks involving data filtering, overlay analysis, and proximity analysis using real-world geographic data.
- Creation of thematic maps and export of outputs, including the sharing of map and data resources.