GIS TRAINING MODULES
Objectives:
- Understand GIS concepts and techniques
- Develop understanding on the use of GIS in real world applications
- Learn GIS applications in larger context of Business needs and IT strategies
- Develop command on GIS applications through hands-on
- Understand in developing end-to-end solutions to GIS related projects
- Opportunity to work on Live projects
Description:
- Basics of GIS
- Understanding Map Coordinates
- Hands-on
- Geo-referencing
- Editing
- Querying, using spatial filters
- Analysis, use of various tools
- Working with images
- Working with CAD
- Creation of Layouts
- Live Projects / case studies
- Techniques for providing end-to-end solutions, application of GIS in various fields and preparation of Layouts.
TRAINING ON GIS
Concepts on GIS and GIS Standards
Getting Started with GIS Softwares
Digitization in GIS
Hands-on: Maps Preprations
Concepts on Map content display
Map Reading
Concepts on Map development
Concepts on Attribute management
Simple data analysis
Hands-on Open Layers
Publishing WMS
Tool Box
COURSE CONTENTS
- What is a map, what is a layer
- Vector primitives (point, line, polygon)
- Vector v/s raster representation
- Topology
- GIS data sources
Popular vector and raster formats (SHP, geoTIFF, …)
- What is GIS?
- Why GIS?
- Components of GIS
- Spatial & Non-Spatial Data
- Attribute Table
- Vector & Raster data
- Importance of Layering
- GIS Software
- Symbols & Labels
- Map Navigation
- Feature Selection
- Digitization
- Data editing
- Data Export
- Topology Rules
- Map Compilation
- Projections
- Geo-referencing
- Vector layers symbology
- Vector classification methods
- Feature labeling
- Raster layers display
- Shape file Creation
- Scale concept (small, big)
- Thematic maps
- Coordinate Reference System
Concepts on Attribute management
- Attribute modification
- Field calculator
Concepts on Simple data analysis
- Buffers
- Overlays
- Selection by location
- Selection by attribute
- Extraction of selected features
Continuation on Hands on practical Open Layers
- Map components and composition
- Resolution concept
- Formats (jpg, png, tiff, SVG, pdf)
- Layouts and Selections (north arrow, scale bar, legend …)
- Menus
- Measurement (distance, area)
- Attributes
- Coordinates
- Georeferencing images
- Data Capturing
- Data Editing
- Attributary Creating and Editing
- Symbology Creation
- and Editing
- Snapping tolerance, topology errors
- PGDB creation
- Feature Data Set Creation
- Feature Class Creation
- Topology Creation & Validations
- Analasys tools
- Conversion tools
- Datamanagment tools
- Introduction
- ESRI – History of Evolution
- ArcGIS Modules
- ArcMAP GUI
- Create/Add Shapefile/Table
- TOC & Layer Properties
- Map Navigation Tools
- Feature Selection Modes
- Cartography – Symbol Design
- Cartography – Labelling
- Digitization
- Attribute Population
- Query Builder
- ArcCATALOG GUI
- Browsing GIS data
- Metadata
- ArcToolbox – Introduction
- Geoprocessing Tools
- Map Layout Compilation
- Extensions of ArcGIS
- Projections & Re-Projections
- Introduction
- Why ArcGIS Pro?
- GUI of ArcGIS Pro
- Add data & Base data
- TOC – Layer Listing Modes
- Map Navigation
- Spatial Bookmarks
- Feature Selection
- Create Features
- Feature Editing
- Symbology
- Geoprocessing Tools
- Layer Properties
- Map Properties
- Feature Layer Properties
- Working simultaneously in Map, Catalog and Toolbox
- ArcPy Documentation
- MapDocument class
- Exploring MapDocument
- Layer Class
- AddLayer Function
- List Layer Function
- Adding Layers in ArcMap
- Manipulating Layers
- Layers in Action
- ArcPy Tools
- Practice coding with
- ArcPy Tools
- Introduction
- QGIS – GUI
- Panels & Toolbars
- Online Base maps
- Creating Shapefiles
- Layers Panel & Properties
- Symbology
- Labelling
- Map Navigation
- Feature Selection
- Digitizing Spatial Data
- Digitizing Toolbar
- Attribute Population
- Advanced Digitizing
- Attribute Table
- Map Layout Compilation
- Geo-referencing
- Processing Toolbox
- Introduction
- Python console
- Object Oriented
- Programming
- QGIS Interface
- Layer Operations
- Accessing Symbology
- Working with Symbols
- PyQGIS Editor
- Getting User Input
- Providing output to user
- Working with File dialogs
- Accessing Attribute data
- Sorting Attribute Data
- QGIS Geometries
- Measuring Length & Area
- Data Selection
- Fields in QGIS
- Layers Capabilities
- Modifying Vector data
- Adding New fields
- Creating Geometry
- Modifying Geometry
- Creating a Layer
- Writing Layer to Disk
Mobile GIS is a technology enabling us for taking Geographic Information Systems into the field. It integrates mobile devices (such as a PDA, tablet, mobile phones) to GIS software, with the GPS, wireless communications for Internet-based GIS access.
Mobile GIS Basics: We start by focusing on basic concepts that are fundamental to understanding mobile GIS. These include data collection, visualization, and manipulation with a mobile environment.
Software and Tutorials: This course centers on the open Android platform and programming in object-oriented languages, particularly Java and JavaScript. We will utilize existing APIs and SDKs available on the web.
Application Development: During this hands-on part you will choose an independent project where you will design, program, and implement a mobile GIS application. We will finish with an outlook on the future of mobile GIS.
- Introduction
- Explore GE Engine
- Signup with GE Engine
- Basic JavaScript syntax
- Code Editor
- Image Visualization
- Image Metadata
- Mathematical Operations
- Feature Collection
- Visualization
- Geometric Operations and more