It is difficult to prepare for any type of IT certification. There are many courses that can be taken by IT professionals. Working in a dynamic industry requires constant up-gradation of skills. There are many resources on the market for the ArcGIS Desktop Associate (EADA19-001). To become an ArcGIS Desktop Associate, you need to be familiar with all aspects of ArcGIS concepts, processes, and workflows. We will also discuss the steps that will help you earn this certificate.
About ArcGIS Desktop Associate, EADA 19-001
The ArcGIS Desktop Associate exam tests your ability to implement ArcGIS concepts, processes, and workflows. Qualified candidates must have at least two years of experience with ArcGIS. ArcGIS is a tool that allows you to visualize, manage and analyze geospatial information.
Getting Started – Prerequisite Lessons for ArcGIS Desktop Associate
Candidates who are interested in taking the ArcGIS Desktop Associate (EADA-19-001) certification exam need to be familiar with these tools:
ArcGIS Pro is the first.
ArcGIS Online is the second.
ArcGIS Enterprise is the third.
ArcGIS Apps are also available for the Field
Exam Format
The ArcGIS Desktop Associate exam consists of 80 questions. These questions must be completed in a time limit of 120 minutes. It is important to manage your time. It also advised that you should spend no more than one minute on each question, as there are 79 questions. If you complete your exam in 80 minutes, you still have 40 minutes to review and recheck your answers.
There are many types of questions on the exam, including short answers, multiple-choice and mark review. You can start with the case study questions because there are so many types of questions. They are the most time-consuming. The next step is to choose between multiple-choice and short answers. The exam will cost $250 USD. The exam is only available in English.
Course outline
Data Management[35%]
Comparison and contrast of various types vector and raster data supported in ArcGIS (ESRI Refer:Managing Geospatial Data within ArcGIS).
Use of the appropriate coordinate systems to preserve desired spatial properties (ESRI Refer:ArcGIS Pro Basics).
How to migrate data from a file geodatabase, feature classification, or table. (ESRI Reference: Getting Started With ArcGIS Pro).
Validation of spatial and attribut data. (ESRI Reference: Getting Started With Data Management)
How to use the ArcGIS Platform components, and geodatabase types for managing data. (ESRI Reference:ArcGIS apps for the field: An introduction)
Determining appropriate existing geodatabase elements to use (ESRI Reference:Geodatabase design steps)
Management of raster, tabular and vector data. (ESRI Reference:Managing vector data using ArcGIS
Managing metadata and item details (ESRI Refer:What is metadata?
Data manipulation[17%]
ArcGIS platform editing functionality for creating, modifying and deleting 3D and 2D data. (ESRI Reference: Editing 3D Features Using ArcGIS Pro
How to fix data alignment problems (ESRI Refer: Creating and Editing Data With ArcGIS Pro).
Application of SQL query. (ESRI Reference:Editing Basics with ArcGIS Pro
Determining how to repair the link between a layer and its data source (ESRI Reference:Integrating Data in ArcGIS Pro)
Troubleshooting data anomalies using tabular and vector data (ESRI reference:Querying Data Using ArcGIS Pro
Visualization[14%]
Identifying how ArcGIS Desktop can control coordinate system and geographical transformation (ESRI Reference)