ArcGIS Pro Foundation study plan
ArcGIS Pro Foundation · Give each week a clear focus.
8 weeks · About 6 hours per week
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
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
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
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
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
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
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
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%