Nex-G Innovations

ArcGIS Pro

A geographic information system or geographical information system (GIS) is a system designed to capture, store, manipulate, analyze, manage, and present all types of spatial or geographical data. The acronym GIS is sometimes used for geographic information science (GIScience) to refer to the academic discipline that studies geographic information systems and is a large domain within the broader academic discipline of Geoinformatics.What goes beyond a GIS is a spatial data infrastructure, a concept that has no such restrictive boundaries.


Code: NES_SK_77319

Duration: 80 Hrs / 8 Weeks / Customized

Mode: Online / Offline / Onsite

+91-8826900551

Module 1 GIS Fundamentals

  • Overview
  • More about GIS
  • What is GIS Software / a GIS Application?
  • Getting a GIS Application for your own computer(s)
  • GIS Data

Module 2 Getting started with ArcGIS Pro

  • ArcGIS Pro features
  • Licensing ArcGIS Pro
  • Template options for creating an ArcGIS Pro project
  • Project structure
  • ArcGIS Pro interface
  • Use map navigation and data exploration tools
    • Create a project
    • Add a folder connection
    • Add layers to the map
    • Use ArcGIS Pro Help to find tools
    • Use the Explore tool to navigate the map
    • View feature attributes
    • Select features interactively
    • Change the basemap

Module 3 Working with GIS data

  • Data storage models
  • Spatial data properties
  • Locating key data properties
  • Connect to data sources in ArcGIS Pro
    • Add shapefiles to a map
    • Add geodatabase feature classes to a map
    • Add data from ArcGIS Online
  • Getting data into a geodatabase
  • Populate a geodatabase with data
    • Use ArcGIS Pro without a template
    • Create a file geodatabase
    • Transfer data between geodatabases
    • Import a shapefile into a geodatabase feature class
    • Import multiple feature classes into a geodatabase
    • Convert tabular data
    • Convert online data

Module 4 Coordinate systems

  • Differentiate between coordinate system types
  • Geographic transformations
  • Importance of projected data
  • Projecting data
  • Change coordinate systems
    • Import a map file
    • Inspect spatial reference properties
    • Inspect on-the-fly projection and transformation settings
    • Set datum transformation for a map
    • Transform datum for source data
    • Explore a shapefile coordinate system
    • Project a shapefile

Module 5 Symbolizing layers

  • Attribute types and layer symbology
  • Types of layer symbology
  • Differentiating between layer symbology
  • Classification methods
  • Selecting a symbology option
  • Symbolize layers using different methods
    • Use unique values
    • Use graduated colors
    • Use graduated symbols
    • Symbolize features by density

Module 6 Controlling feature display

  • Types of selection queries
  • Selecting features using queries
  • Use queries to select features
    • Import a map file
    • Create an attribute query
    • Add a second clause to an attribute query
    • Create a selection layer
    • Create a spatial query based on distance
    • Create a spatial query based on a geometric intersection
    • Create a new feature class from selected features
  • Definition queries
  • Displaying features at different scales
  • Symbol classes
  • Control the visibility of features
    • Set scale ranges on layers
    • Use scale-based symbol classes
    • Create a definition query
    • Modify a definition query
    • Create multiple definition queries for a layer

Module 7 Adding text to a map

  • Defining characteristics of map labels
  • Add and modify labels
    • Add a layer to a new map
    • Label features
    • Change the label field
    • Modify the label font
    • Change the label position
  • Using label classes
  • Create label classes
    • Explore attributes
    • Create label classes for each airport type
    • Define label class criteria for regional airports
    • Define label class criteria for local airports
    • Define label class criteria for international airports
    • Set scale dependencies on label classes
  • Geodatabase annotation
  • Choosing standard or feature-linked annotation
  • Create and modify geodatabase annotation
    • Import a map file
    • Convert labels to annotation
    • Modify annotation text
    • Modify annotation placement
    • Create annotation features

Module 8 Visualizing data in 3D

  • 3D mapping capabilities
  • Local and global scenes
  • Exploring elevation sources
  • Create a local scene
    • Open a map file
    • Convert a map to a scene
    • Add a ground source
  • Displaying features in 3D
  • Extrude features
    • Extrude block groups based on an attribute
    • Visualize subsurface data
    • View a 2D map and 3D view together

Module 9 Creating features from tabular data

  • Indirectly storing spatial data
  • Evaluate tabular data
  • Displaying x,y coordinates in a map
  • Create point features from x,y coordinates
    • Import a global scene
    • Explore tabular data
    • Create point features from a table containing x,y coordinates

Module 10 Associating tabular data

  • Table relationships
  • Common table management items
  • Prepare tabular data
    • Import a map and explore tabular data
    • Export the CSV file into a geodatabase
    • Add and calculate a field
  • Table cardinality
  • Joins and relates
  • Exploring joins and relates
  • Choosing joins or relates
  • Create table associations
    • Join tables
    • Use joined fields
    • Export a joined layer
    • Create a relate
    • Use the relate to access associated records

Module 11 Editing features and attributes

  • Editing in ArcGIS Pro
  • Editing features
  • ArcGIS Pro editing environment
  • Create features by digitizing
    • Open a map
    • Modify a feature template
    • Digitize a polygon
    • Update attributes
    • Digitize line features
  • Feature modification tools
  • Modify existing features
    • Modify vertices
    • Reshape a feature
    • Split a polygon
    • Merge polygons

Module 12 Spatial analysis

  • Spatial analysis workflow
  • Types of analysis
  • Geoprocessing tools
  • Exploring the analysis environment
  • Answer questions using analysis tools
    • Import a map
    • Set analysis environments
    • Buffer data
    • Extract features from a layer
    • Perform an intersect between two layers
    • Explore results of the intersect
    • Use a spatial join to add attributes to a data layer
    • Summarize data

Module 13 Analysis using ModelBuilder

  • Automating your analysis
  • Why use ModelBuilder?
  • Exploring model elements
  • Automate an analysis workflow with ModelBuilder
    • Create a model
    • Add the Buffer tool to the model
    • Add the Make Feature Layer tool to the model
    • Add the Intersect tool to the model
    • Add the Spatial Join tool to the model
    • Add the Summary Statistics tool to the model
    • Run the model and explore results
    • Prepare the model for sharing

Module 14 Map layouts

  • What is a map layout?
  • Map objectives
  • Explore a map layout
  • Creating a map layout
  • Create a map layout for analysis results
    • Open a map file
    • Create a layout
    • Add a map frame
    • Add a north arrow
    • Add a scale bar
    • Add an inset map and supporting elements
    • Add a title
    • Add a legend
    • Add a table frame

Module 15 Sharing with ArcGIS Pro

  • Sharing methods
  • Sharing roles and permissions
  • Share analysis results
    • Share a map file
    • Share a layer package
    • Share a map package
    • Share a web map

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