Course Code: arcgisbespoke
Duration: 21 hours
Prerequisites:
  • Basic understanding of cartography and geographic concepts

Audience

  • Geographers
  • Environmental scientists
  • Archaeologists
Overview:

ArcGIS is a comprehensive geographic information system (GIS) software that is used for creating, managing, analyzing, and visualizing geographical data.

This instructor-led, live training (online or onsite) is aimed at intermediate-level IT professionals who wish to use the ArcGIS platform for geographic information system (GIS) tasks.

By the end of this training, participants will be able to:

  • Use ArcGIS to discover, use, make, and share maps.
  • Create and update geographic data using editing tools.
  • Manage, symbolize, and label map layers to optimize their display.
  • Create map displays to visualize data and share analysis results.
  • Apply analysis workflow, geoprocessing tools, and models to solve geographic problems.

Format of the Course

  • Interactive lecture and discussion.
  • Lots of exercises and practice.
  • Hands-on implementation in a live-lab environment.

Course Customization Options

  • To request a customized training for this course, please contact us to arrange.
Course Outline:

Introduction

  • Course objectives
  • The ArcGIS platform
  • Additional resources and course data
  • Demo

Discover, Use, Make, and Share Maps

  • What is a GIS?
  • Components of a GIS
  • GIS in your organization
  • GIS workflow
  • Create and publish a web map
  • Demo
  • Exercise: Create and publish a map service and make a web map in ArcGIS Online

Integrating Data

  • Properties of geographic data
  • Layers and native data
  • Data supported by ArcGIS
  • Importance of coordinate systems (SG, UCS, datum, projections, and distortions)
  • Create a geodatabase (Feature dataset, domain and subtype, topology)
  • Geodatabase versioning
  • Geometric network construction
  • Demo
  • Exercise: Integrate and organize GIS data

Managing Layers

  • Properties and configuration of the GIS framework Data
  • Controlling the visibility of elements (scale ranges, definition queries)
  • Selection tools
  • Creating predefined display areas
  • Demo
  • Exercise: Using layers to create optimal map display

Displaying Data

  • Using and properties of symbols
  • Style manager
  • Displaying categorical data
  • Displaying quantitative data
  • Types of attributes
  • Demo
  • Exercise: Classifying data

Working with Tabular Data

  • Integrating and working with tables
  • Setting up and calculating fields
  • Demo
  • Exercise A: Creating and importing tables and their attributes
  • Exercise B: Joining and relating tables

Creating and Editing Data

  • Editing GIS data
  • What types of data can I edit?
  • The ArcMap editing workflow
  • Creating and modifying geometries, attributes, and schemas
  • Demo
  • Exercise: Creating and updating elements of an editing map to display data

Labeling Elements

  • What is labeling?
  • The labeling workflow
  • Labeling options in ArcGIS
  • Maplex vs standard engine
  • Creating labels using Maplex and/or standard engine
  • Annotations
  • Demo
  • Exercise: Labeling map elements

Creating Map Presentations

  • Creating a map layout
  • Working with and configuring map elements
  • Data frame, title, north, scale bar, grid, legend, corner, and others
  • Demo
  • Exercise: Create a Map Layout

Evaluate Data for Analysis

  • Evaluate data quality
  • Errors in GIS data
  • Currentness and credibility
  • Integrity
  • Consistency
  • Accuracy
  • Aligning geographic data
  • Discovering errors
  • Demo
  • Exercise: Analyze data quality

Solving Spatial Problems

  • What are geographic spatial problems?
  • Using Geoprocessing Tools for Analysis
  • ArcToolbox Window
  • Buffer, Clip, Intersect, Union, Merge, Spatial join.
  • The Spatial Analysis Workflow
  • Demo
  • Exercise: Apply the Analysis Process

Sharing Geographic Information

  • Build geoprocessing models using Model Builder
  • Sharing geographic information
  • Define a method for sharing information
  • Sharing a geoprocessing package
  • Demo
  • Exercise A: Build and run a model using Model Builder
  • Exercise B: Publish and share geographic content

Summary and Next Steps