Advanced GIS and Geospatial Analysis

About Course

Welcome to Advanced GIS and Geo-Spatial Analysis, a highly practical, skills-driven course designed to equip students, engineers, GIS professionals, and geospatial enthusiasts with real-world expertise in spatial data handling and analysis using ArcGIS (ArcMap/ArcToolbox) and supporting tools such as QGIS, Excel, MS Word.

This course is 90% practical and 10% theoretical, focusing on hands-on exercises that mirror professional workflows used in water resources engineering, watershed management, urban planning, environmental analysis, and climate studies. Participants will learn how to prepare, manage, analyze, and visualize spatial and non-spatial data from Georeferencing Topsheets and digitizing features, to DEM analysis, interpolation techniques, and rainfall data processing using NetCDF files.

Through step-by-step practical sessions, learners will gain strong competency in working with Shapefiles, Attribute Tables, Symbology, Spatial Analysis Tools, Surface Analysis, and Map Production. Special emphasis is placed on elevation data, rainfall analysis, and spatial decision-making, enabling participants to produce professional, publication-ready maps and geospatial outputs.

By the end of the course, participants will confidently apply advanced GIS techniques to real projects, support data-driven decision-making, and strengthen their professional capacity in geospatial analysis using industry-standard tools.

This course is ideal for anyone seeking applied GIS skills with immediate relevance to engineering, environmental management, and spatial planning projects.

What Will You Learn?

Georeference topographic maps and correctly project spatial data into the appropriate UTM zone using ArcGIS.
Organize GIS projects by connecting drives and folders and managing spatial datasets efficiently.
Digitize and edit polygons, lines, and points from toposheets and other base maps using professional editing and snapping tools.
Create, manage, and analyze attribute tables, including adding fields, populating data, and categorizing features based on attributes.
Perform spatial calculations such as area, length, and coordinate extraction, with correct units and labeling.
Apply advanced symbology and labeling techniques to produce clear, professional-quality maps.
Download, clip, merge, and manage shapefiles for different countries and study areas using ArcGIS and QGIS.
Work with Digital Elevation Models (DEMs) to generate contours, slope, aspect, and hillshade for terrain and surface analysis.
Use interpolation methods to convert point data into continuous spatial surfaces and clean No Data values.
Process and analyze rainfall data (NetCDF files), including monthly and annual calculations, interpolation, and map creation.

Course Curriculum

Georeferencing Tools

How to find course materials

00:00
How to connect your drive

00:00
How to connect your folder

00:00
How to download Toposheet

00:00
How to Geoferencing your Toposheet

00:00
How to find out your UTN Zone in ArcMap

00:00
Reprojecting Toposheet on UTN Zone

00:00

Working with Shapefiles

Attributes and Data Entering

vector Data Point and Lines

Raster Data and Symbology Area

Cut shape with ather and get inside shape and data

Working with Digital Elevation Model (DEM)

Interpolation Methods

Rainfall Data Handling NetCDF files

Your Instructors

asargeoacademy

5.00 Rating 0 Courses 21 Students

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