MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 30 lectures (2h 57m) | Size: 1 GB

Geospatial data is also known as spatial data.

Learn how to read, write and visualize the raster/vector dataset and perform spatial analysis using python



Reading and writing of geospatial data

Visualization of geospatial data using python

Benefits of python over GIS software

Resampling, reprojection, reclassification of data

Most essential geospatial libraries

Essential things for geopandas, fiona, shapely, rasterio etc

Basic programming knowledge

Basic understanding about the geospatial data

It contains the locational information of the things or objects. In this course, we are going to read the data from various sources (like from spatial database) and formats (like shapefile, geojson, geo package, GeoTIFF etc), perform the spatial analysis and try to find insights for spatial data. In this course, we lay the foundation for a career in the Geospatial community.

Here is the list of topics that I covered in this course,

Installation of required geospatial libraries (GDAL, GeoPandas, rasterio, fiona, shapely, pandas, numpy etc)

Reading and Writing the spatial data from various sources/formats

Visualization of geospatial data using python

Working with the attribute table and geometries

Resampling, Reprojection, and Reclassification of satellite data

Mathematical operation with Raster

NDVI calculation using NIR and RED band

Here are the introductions to the main topics that are covered in this course:

GeoPandas: It is the open-source python package for reading, writing and analyzing the vector dataset. It extends the datatypes used by pandas to allow spatial operations on geometric types. It further depends on fiona for file access and matplotlib for visualization of data.

Rasterio: It is a GDAL and Numpy-based Python library designed to make your work with geospatial raster data more productive, and fast. Rasterio reads and writes raster file formats and provides a Python API based on Numpy N-dimensional arrays and GeoJSON.

Shapely: It is the open-source python package for dealing with the vector dataset.

Fiona: It can read and writes geographic data files and thereby helps Python programmers integrate geographic information systems with other computer systems. Fiona contains extension modules that link the Geospatial Data Abstraction Library (GDAL).

Each section contains a summary and a walkthrough with code examples that will help you learn more effectively. After completing this course, you will be confident to do the spatial analysis by python. You can automate the processing of your geospatial data without GIS software (eg. ArcGIS, QGIS etc).

Students who want to became a geospatial software developer

Python users who are interested to work with geospatial data

GIS users who are new to python and want to automate the geospatial analysis

Students who want to became a data scientist by show-case these projects on his/her resume

Anyone who is interested to work on spatial data


















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