ArcGIS Pro Foundation study materials
ArcGIS Pro Foundation study resources

ArcGIS Pro Foundation study plan

ArcGIS Pro Foundation · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Data Management

  • Create a new file geodatabase and import three shapefiles into feature datasets with a defined spatial reference

  • Define attribute domains (coded value and range) on at least two feature classes and validate them

  • Build a topology on one feature dataset, introduce two deliberate errors, and fix them with the error inspector

Your checkpoint

A documented file geodatabase schema (one-page diagram plus field/domain table) that passes a clean topology validation

Week 2

Data Management

  • Configure metadata for every dataset including title, abstract, tags, and credits

  • Set and verify layer/field aliases and visibility so only intended fields display

  • Create and apply a project-level default geodatabase and folder connection structure

  • Document a naming convention and apply it consistently across all datasets

Your checkpoint

A metadata audit checklist completed for at least eight datasets, with screenshots of before/after metadata

Week 3

Map Creation and Visualization

  • Build a map with at least four layers using appropriate symbology types (single, unique values, graduated colors)

  • Author at least two label classes with placement rules and conflict resolution

  • Apply definition queries and scale-dependent visibility to control layer display

  • Create a map series (bookmarks or pages) covering a defined set of features

Your checkpoint

A multi-layer thematic map exported to PDF with a legend, scale bar, north arrow, and dynamic text

Week 4

Map Creation and Visualization & Data Management

  • Construct a layout with map frames, inset map, and a table frame linked to layer attributes

  • Apply and test a layer file (.lyrx) across a second map to prove reuse

  • Review and correct data sources broken during a project move using repair/remap workflows

Your checkpoint

A print-ready two-page layout plus a reusable layer package shared within the project

Week 5

Analysis and Geoprocessing

  • Run at least six core tools (Buffer, Clip, Intersect, Spatial Join, Dissolve, Project) and record parameters used

  • Set geoprocessing environments (extent, snap raster, output coordinate system) and explain their effect on results

  • Chain three tools into a ModelBuilder model with at least one parameter and one precondition

  • Interpret tool messages and diagnose one intentional failure

Your checkpoint

A working ModelBuilder model that takes a user-supplied input and produces a symbolized output dataset

Week 6

Analysis and Geoprocessing

  • Perform a spatial selection and export results to a new feature class

  • Run a raster analysis workflow (reclassify, slope or suitability, and raster calculator) end to end

  • Compare vector versus raster approaches for one problem and justify the chosen method in writing

  • Validate outputs against a known expected count or area and document the check

Your checkpoint

An analysis report (one to two pages) with inputs, tool parameters, results, and a validation table

Week 7

Sharing and Collaboration

  • Publish a web map and feature layer with appropriate sharing level and editing settings

  • Configure pop-ups and a web app or dashboard with at least three widgets

  • Package a project (.ppkx) and verify it opens with all data intact on a second machine or profile

  • Set up a project with a defined sharing workflow and document permissions for each item

Your checkpoint

A published web map plus a shareable project package, with a permissions matrix documenting access for each item

Week 8

Sharing and Collaboration & Analysis and Geoprocessing & Map Creation and Visualization

  • Complete two timed full-length practice exams under exam conditions and score each domain

  • Re-drill the two weakest domains using targeted tool and workflow exercises

  • Build a one-page quick-reference sheet of tool names, environments, and sharing settings

  • Review all flagged uncertain items and resolve each with documentation

Your checkpoint

A scored practice-exam log with domain breakdowns, a remediation list, and a final quick-reference sheet

Milestones

Week 2: Can create a geodatabase, define domains and topology, and produce compliant metadata without notes

Week 4: Can build a multi-layer map and a complete layout with legend, dynamic text, and a map series; layer file reuse verified

Week 6: Can independently chain a three-tool model and complete a raster suitability workflow with validated output

Week 8: Score at least 80% on two timed practice exams with no domain below 70%