GIS TRAINING

1. The training combines the basics and intermediate issues concerning QGIS, including an introduction to GIS, loading data, performing spatial analysis and creating maps.

2. It is designed for beginners who want to gain a comprehensive knowledge of QGIS.

1. The training covers the practical application of the Graphic Modeller tool in QGIS, including the analysis of ready-made modellers and the creation of models according to defined assumptions.

2. The training is designed for persons with intermediate knowledge of QGIS software who want to automate processes in this environment.

1. The training includes QGIS configuration, installing useful plug-ins, performing spatial analysis, and visualising natural data.

2. Intended for employees of environmental protection departments, RDOŚ, WIOŚ, PGW Wody Polskie, National Parks, and consulting companies.

1. The training focuses on discussing the similarities and differences between QGIS and ArcGIS, using geoprocessing and geometric tools, as well as data management in QGIS.

2. Intended for persons with intermediate knowledge of GIS and good knowledge of ArcGIS software.

1. The training includes installing and configuring PostgreSQL with the PostGIS extension, the basics of SQL language, and managing spatial data in a database.

2. Intended for persons with intermediate knowledge of GIS who wish to learn about the capabilities of relational databases.

1. The training includes an introduction to Python, creating scripts and plug-ins in QGIS, as well as practical exercises using the PyQt library.

2. The training is designed for people with intermediate knowledge of QGIS who want to use Python to automate and extend the functionality of QGIS.

1. The course focuses on creating Python plug-ins for QGIS software, covering managing interfaces, handling databases, and creating standalone apps.

2. It is designed for persons with a basic knowledge of Python language and an intermediate knowledge of QGIS.

1. The training covers installing, configuring, and sharing spatial data using OpenSource tools such as QGIS Server, Geoserver, PostGIS, and Leaflet.

2. It is designed for persons with intermediate knowledge of GIS, interested in developing and providing web services as well as webGIS apps.

1. The training covers installing and configuring the Lizmap plug-in, creating and managing projects in the Lizmap geoportal.

2. The training is designed for persons with intermediate knowledge of QGIS software who want to manage GIS projects in Lizmap.

1. The training includes an introduction to LiDAR, point cloud processing in QGIS and analysis of LiDAR data using various tools and software.

2. The training is intended for persons with intermediate knowledge of GIS, interested in LiDAR data processing.

1. The training includes an introduction to machine learning, working with the Numpy, Scikit-Image, and Scikit-Learn libraries, and practical exercises in image classification and clustering.

2. The training is designed for persons with a good knowledge of Python who want to apply machine learning techniques to image analysis.

1. The training includes an introduction to CloudCompare, importing and exporting files, point cloud classification and transformation, as well as creating a Numerical Crown Model.

2. It is intended for persons with knowledge of photogrammetry and forestry.

1. The training includes an introduction to R language, spatial data processing, creating maps, and integration of R with GIS programmes.

2. It is intended for persons with intermediate knowledge of GIS, interested in expanding their skills in terms of spatial data analysis.

1. The training includes an introduction to QGIS, working with spatial data, as well as creating and editing layers for spatial planning.

2. The training is designed for beginners who want to learn the basics of spatial planning in QGIS.

1. The training covers the statutory requirements for the Commune Master Plan, an introduction to the APP 2.0 Plug-in and practical exercises using it.

2. The training is designed for persons with a basic understanding of GIS who want to gain knowledge of spatial planning in QGIS.

1. The training covers using GIS in property analysis, including address geocoding, accessibility analysis, and property risks.

2. The training is designed for persons with basic knowledge of QGIS software who want to use GIS in the real estate industry.

1. The training includes an introduction to QGIS, examples of using GIS in spatial analyses for RES, and performing basic spatial analyses.

2. It is intended for beginners interested in the subject of renewable energy sources.

1. The training includes an introduction to QGIS, the use of GIS in spatial analysis for the water and sewage industry, as well as creating and editing spatial layers.

2. It is intended for beginners working in the water and sewage industry.

1. The training covers the basics of QGIS, its application in prospect archaeology, excavation research, and creating archaeological documentation.

2. It is intended for conservation officers, archaeologists, conservationists, architects, ethnographers, historians, and experts on antiquities.

1. The training includes an introduction to QGIS, designing an intake grid, developing soil analysis results, as well as creating maps and reports.

2. It is intended for persons in the agricultural industry operating in the field of soil sampling and analysis.

1. The training covers the use of free satellite data and OpenSource software to support fertilisation, including work in QGIS and the creating application maps.

2. It is designed for persons in the agro-industry who take advantage of satellite data for crop monitoring and fertilisation.

1. The training covers the application of photogrammetry in agriculture using drones, including flight planning, data acquisition, and data processing.

2. The training is designed for persons in the agricultural industry interested in using drones for farm management.

1. The training covers the application of photogrammetry in forestry, including drone data acquisition and processing in OpenSource software.

2. The training is designed for forestry professionals who want to take advantage of photogrammetry in their work.

1. The course introduces the use of satellite data, drones, multispectral cameras, and GIS in agriculture, covering data acquisition, flight planning, data analysis, as well as creating maps and reports.

2. It is designed for people interested in modern technologies in agriculture, who want to increase the efficiency of crop management through the use of advanced analytical tools.