ArcGIS Pro Mega Masterclass: Complete Beginner to Advanced

Create your first ArcGIS Pro project and learn the basic structure of a GIS project. You will explore how projects organize maps, data, geodatabases, tools, and other resources, and learn how to establish a proper project workspace for your GIS workflows.

Explore the Catalog pane, one of the most important components for managing GIS resources in ArcGIS Pro. Learn how to access folders, geodatabases, maps, toolboxes, datasets, and other project resources, and understand how the Catalog pane helps you organize and manage your GIS project efficiently.

Learn how to create and use bookmarks in ArcGIS Pro to quickly save and return to important geographic locations or map views. You will see how bookmarks can make navigation faster and help you efficiently revisit specific areas during GIS analysis and mapping.

Understand map extent and learn how ArcGIS Pro controls the geographic area displayed in your map. Explore how changing the extent affects your view of spatial data and learn practical techniques for managing and navigating different areas of your map.

Learn how to use the Identify tool to interactively explore geographic features and their attribute information. Discover how to select a feature on the map, examine its properties, and connect spatial information with its associated attribute data.

Understand the important difference between Map View and Layout View in ArcGIS Pro. Learn when to use Map View for exploring and analyzing spatial data and when to use Layout View for designing professional maps that combine maps, titles, legends, scale bars, north arrows, and other cartographic elements.

Master the essential navigation tools in ArcGIS Pro. Learn how to zoom, pan, navigate, explore, and change the map view efficiently. These fundamental skills will help you work comfortably with geographic data and navigate large and complex maps throughout the course.

Build a fundamental understanding of coordinate systems and why they are essential in GIS. Learn how geographic locations are represented on Earth and why different coordinate systems are required to accurately display, analyze, and work with spatial data.

Take a deeper look at coordinate systems in GIS and understand the concepts behind geographic and projected coordinate systems. Learn about coordinate reference systems, geographic coordinates, projected coordinates, datums, units, and how coordinate systems influence the representation and analysis of geographic data.

Learn how to select an appropriate coordinate system for your GIS project. Explore the factors that influence coordinate system selection, including geographic location, project purpose, spatial analysis requirements, map scale, measurement, and the type of data being used.

Learn how to find and select a coordinate system in ArcGIS Pro. Explore the available coordinate system categories and understand how to search for an appropriate system based on geographic location, coordinate reference system properties, and project requirements.

Learn how to set and manage the coordinate system for your ArcGIS Pro map and project. Understand how the coordinate system affects the display of spatial datasets and learn how to establish an appropriate spatial reference before beginning GIS analysis.

Learn how to properly save and manage your ArcGIS Pro projects. Understand how project files and associated GIS resources are organized, how to save your work safely, and how proper project management helps prevent data loss and keeps your GIS workflow organized.

Learn the fundamentals of vector data and how GIS represents discrete geographic features using points, lines, and polygons. Understand how vector data represents real-world features such as locations, roads, rivers, boundaries, and administrative areas, and discover why vector data is essential for GIS mapping and spatial analysis.

Explore vector data in ArcGIS Pro and understand how points, lines, and polygons are used to represent geographic features. Learn about the structure and characteristics of vector datasets and how they can be visualized, managed, edited, and analyzed in practical GIS workflows.

Understand the fundamentals of raster data and how geographic information can be represented as a grid of cells or pixels. Learn how raster data is used to represent continuous phenomena such as elevation, temperature, rainfall, satellite imagery, and land cover, and why it is important for spatial and environmental analysis.

Explore raster datasets in ArcGIS Pro and learn how geographic information is stored and represented using cells and pixel values. Understand important raster concepts such as resolution, cell size, bands, pixel values, and raster extent, and discover how raster data supports remote sensing and spatial analysis.

Learn what a shapefile is and why it has been one of the most widely used vector data formats in GIS. Understand the basic structure of a shapefile, the types of geographic features it can store, and the role of its associated files in representing spatial and attribute information.

Work with shapefiles in ArcGIS Pro and learn how to add, explore, visualize, and manage shapefile-based geographic data. Understand how shapefiles store spatial features and attribute information and learn practical considerations when using this format in GIS projects.

Discover file geodatabases and understand how they provide a powerful way to organize and manage GIS data. Learn the basic structure of a geodatabase, feature classes, datasets, tables, and other resources, and understand why geodatabases are widely used for professional GIS workflows.

Explore file geodatabases in ArcGIS Pro and learn how to create, access, organize, and manage GIS datasets within a geodatabase. Understand how feature classes and tables can be stored together and why geodatabases are useful for maintaining organized and efficient GIS projects.

Learn what attribute tables are and understand how descriptive information is connected to geographic features. Explore the relationship between spatial features and their attributes, and learn about records, fields, field values, and different types of information stored within a GIS attribute table.

Work practically with attribute tables in ArcGIS Pro. Learn how to open and explore records and fields, view feature information, understand different data types, and use attribute information to better understand and analyze your GIS datasets.

Understand the importance of metadata in GIS and why knowing the history and characteristics of a dataset is essential before using it. Learn what metadata can tell you about a dataset, including its source, creation, coordinate system, accuracy, quality, and other important information.

Learn how to explore and interpret metadata in ArcGIS Pro. Discover how metadata helps you understand where GIS data came from, how it was created, what it represents, and whether it is suitable for your intended analysis. Develop good data-management practices by learning to evaluate GIS datasets before using them in your projects.

Learn the fundamentals of creating features in ArcGIS Pro. Explore the editing environment and understand how new geographic features can be created from scratch. You will learn the basic workflow for starting an edit, selecting the appropriate feature template, creating geometry, and saving your edits.

Learn how to modify existing geographic features in ArcGIS Pro. Explore practical editing techniques for changing the shape, position, and geometry of existing features and understand how these tools help maintain accurate spatial datasets.

Learn how to edit the attribute information associated with GIS features. You will explore how to update field values, correct information, and maintain accurate descriptive data while working with spatial features in ArcGIS Pro.

Learn how to create point features in ArcGIS Pro to represent locations such as wells, buildings, sampling sites, schools, or monitoring stations. You will practice creating point geometry and associating attribute information with the newly created features.

Learn how to create polyline features for representing linear geographic features such as roads, rivers, streams, pipelines, and boundaries. Explore the editing workflow and practice creating accurate line geometry in ArcGIS Pro.

Learn how to create polygon features for representing areas such as administrative boundaries, lakes, land parcels, forests, and study areas. Practice creating polygon geometry and understand how the resulting features can be edited and attributed.

Learn how to calculate the area of polygon features in ArcGIS Pro. Understand how spatial measurements can be derived from geographic features and how calculated area values can be stored in an attribute field for further analysis and mapping.

Put your editing skills together by creating point, line, and polygon features in a single practical workflow. Learn how different geometry types represent different real-world features and gain hands-on experience creating multiple types of spatial data.

Learn how to transform suitable polyline geometry into polygon features in ArcGIS Pro. Understand the importance of closed line boundaries and explore how line-based boundaries can be converted into usable area features for GIS analysis.

Learn how to create a folder connection in ArcGIS Pro to quickly access GIS datasets stored on your computer or network. Understand how folder connections improve data organization and make it easier to manage files and datasets within your GIS projects.

Learn how to add common GIS data formats such as shapefiles and CSV files to an ArcGIS Pro project. Explore how spatial and tabular datasets can be brought into a map and prepared for visualization, editing, and analysis.

Learn how to change and switch basemaps in ArcGIS Pro to provide useful geographic context for your GIS data. Explore different basemap options and understand how choosing an appropriate background can improve visualization and interpretation.

Learn how to add new fields to an attribute table in ArcGIS Pro. Understand field names, data types, and field properties, and create new fields that can store additional information or calculated values for your GIS features.

Learn how to remove unnecessary fields from an attribute table. Understand why proper attribute-table management is important and how deleting unwanted fields can help keep your GIS datasets organized and easier to work with.

Learn how to sort attribute records in ArcGIS Pro to organize and explore your GIS data more effectively. Sort records based on numerical, text, or other attribute values and use sorting to quickly identify patterns, high or low values, and specific records.

Learn how to select records and features from an attribute table and map in ArcGIS Pro. Explore interactive selection techniques and understand how selected records can be used for further editing, analysis, statistics, and data management.

Learn how to filter GIS features using queries and SQL expressions. Create attribute-based queries to identify specific records using conditions, comparison operators, logical operators, and field values. This lecture introduces an essential skill for efficiently working with large GIS datasets.

Learn how to edit and update attribute values using a practical GIS dataset. You will work with records and fields to correct, update, and maintain attribute information, developing practical skills for improving the quality and reliability of GIS data.

Learn how to calculate and interpret statistics from GIS attribute data. Explore values such as count, minimum, maximum, sum, mean, and other statistical measures, and understand how statistics can help summarize and investigate geographic datasets.

Learn how to identify missing and incomplete attribute values in GIS datasets. Explore NULL and missing records, distinguish missing values from valid zero values, and understand why data-quality checks are important before performing GIS analysis.

Learn how to export selected or filtered attribute records from ArcGIS Pro. Understand how exporting data can help create separate datasets for further analysis, reporting, sharing, or use in other GIS workflows.

Learn to use the powerful Field Calculator in ArcGIS Pro to create and update attribute values. Perform calculations, manipulate text and numerical information, and create derived attributes that can support more advanced GIS analysis.

Learn how to bring XY coordinate data from an Excel spreadsheet into ArcGIS Pro and convert tabular coordinates into geographic features. Understand the importance of coordinate fields and coordinate systems when creating spatial data from tabular information.

Learn how to identify the X and Y coordinates of geographic features in ArcGIS Pro. Understand how coordinate information can be obtained from spatial features and used for location-based analysis, reporting, and data creation.

Learn how to import KML and KMZ geographic data into ArcGIS Pro. Explore how data created or collected in applications such as Google Earth can be brought into ArcGIS Pro and integrated into GIS workflows.

Learn how to measure distances between geographic locations and features in ArcGIS Pro. Explore measurement tools and understand how coordinate systems and measurement units can influence distance calculations.

Learn how to copy and paste GIS features between layers and datasets in ArcGIS Pro. Understand how this workflow can save time during editing and help efficiently reuse existing geographic features while maintaining appropriate attribute information.

Learn how to control layer visibility in ArcGIS Pro. Understand how turning layers on and off helps you compare datasets, simplify your map view, inspect individual layers, and manage complex GIS projects more efficiently.

Learn how snapping helps create accurate GIS features by automatically aligning new or edited geometry with existing features. Explore snapping options and understand why snapping is essential for maintaining spatial accuracy during digitization and editing.

Understand the fundamentals of GIS topology and why spatial relationships between features matter. Learn how topology can help identify and prevent common errors such as gaps, overlaps, and invalid feature relationships, improving the quality and accuracy of your spatial data.

Learn the practical process of digitizing geographic features in ArcGIS Pro. Convert information from maps or imagery into digital point, line, and polygon features while applying appropriate editing and accuracy practices.

Explore the Editor tools and editing environment in ArcGIS Pro. Learn how to create, modify, reshape, move, delete, and manage geographic features while maintaining control over your edits and spatial data.

Learn how to use Definition Queries to display only specific features from a dataset based on attribute conditions. Understand how definition queries can filter data without permanently deleting records and help create focused map views and efficient workflows.

Learn how to extract specific features from a GIS dataset based on your analysis requirements. Understand how feature extraction can create a focused dataset containing only the geographic features you need for further processing or analysis.

Learn how to export GIS layers from ArcGIS Pro into new datasets for analysis, sharing, backup, or further processing. Understand how exporting selected or filtered features can help create clean, purpose-specific GIS datasets.

Learn the fundamentals of symbology in ArcGIS Pro and discover how symbols help communicate geographic information. Explore how to change layer colors, symbols, and basic appearance settings to make your GIS data easier to understand and visually appealing.

Continue exploring the symbology capabilities of ArcGIS Pro and learn how to improve map visualization using different symbolization techniques. Understand how to represent geographic features according to their attributes and choose suitable symbols and colors for different mapping purposes.

Learn how to add and configure labels in ArcGIS Pro to display important attribute information directly on your map. Explore how to select label fields, customize text appearance, and improve map readability by clearly identifying geographic features such as countries, cities, roads, rivers, and administrative boundaries.

Learn how to control label visibility in ArcGIS Pro to create clear and readable maps. Explore label visibility settings and understand how to manage labels at different map scales, reduce visual clutter, and ensure that important geographic information remains easy to interpret.

Explore the essential layer properties in ArcGIS Pro and learn how to configure and manage individual map layers. Understand how layer settings influence data display, visibility, and map behavior, and discover how to use layer properties to improve your GIS workflow.

Continue exploring layer properties and discover additional ways to customize and manage GIS layers in ArcGIS Pro. Learn how to adjust relevant layer settings, organize your data display, and improve the consistency and usability of your maps.

Learn how to connect GIS datasets using Joins and Relates in ArcGIS Pro. Understand how attribute information from separate tables can be associated with geographic features using common fields, and explore how relationships between datasets can support more informative mapping and attribute analysis.

Learn how to combine information from geographic features using spatial joins in ArcGIS Pro. Understand how spatial relationships can connect attributes from different datasets and discover how this technique can support practical GIS analysis, such as summarizing information within administrative boundaries or associating nearby features.

Learn how to organize GIS projects by grouping layers and setting visibility ranges in ArcGIS Pro. Discover how layer groups simplify complex maps and how scale-dependent visibility helps display appropriate information at different zoom levels, improving map readability and layer management.

Learn how to copy symbology from one layer to another in ArcGIS Pro. Discover how reusing layer styles can maintain consistent colors, symbols, and visual presentation across multiple datasets, saving time and helping you produce professional-looking maps efficiently.

Learn how to create professional map layouts in ArcGIS Pro. Explore how to arrange a map with essential cartographic elements such as titles, legends, scale bars, north arrows, labels, and supporting text. Understand how a well-designed layout improves the clarity and presentation of your GIS results.

Learn how to export maps and layouts from ArcGIS Pro for sharing, publishing, printing, and reporting. Explore export settings and common output formats, and understand how to prepare high-quality map outputs for academic research, professional presentations, and other GIS applications.

Learn how to create buffer zones around points, lines, and polygons using the Buffer tool in ArcGIS Pro. Understand how buffer distance influences spatial analysis and explore how buffers can be used to identify areas within a specified distance of roads, rivers, facilities, and other geographic features. This lecture introduces one of the most widely used geoprocessing techniques in GIS.

Discover how to use the Buffer tool to analyze nearby locations and count places within a defined distance. Learn how buffer zones can help identify and summarize geographic features around selected locations, supporting applications such as accessibility analysis, service coverage assessment, and urban planning

Learn how to create buffer zones around road networks in ArcGIS Pro. Follow a practical workflow to define buffer distances, generate road influence zones, and explore how the resulting areas can support transportation planning, road accessibility studies, environmental impact assessment, and land-use analysis.

Learn how to use the Clip tool to extract vector features within a specific boundary. This lecture demonstrates how to retain only the portions of points, lines, or polygons that fall inside your area of interest. Understand how clipping helps prepare study-area datasets for focused spatial analysis and map production.

Discover how to clip raster datasets to a defined study area in ArcGIS Pro. Learn how to extract the relevant portion of a raster, such as a Digital Elevation Model (DEM), satellite image, or thematic raster, using a boundary or mask.

Understand how the Intersect tool combines overlapping input features to identify shared geographic areas. Learn how to process multiple vector layers and generate an output containing the overlapping geometry and associated attributes.

Learn how to use the Union tool to combine polygon datasets while preserving the boundaries and attributes of the input features. Understand how Union divides overlapping and non-overlapping areas into output polygons.

Discover how the Erase tool removes portions of input features that overlap with an erase layer. Learn how to preserve the remaining geometry and create a new dataset representing areas outside selected boundaries.

Learn how to combine multiple datasets of the same geometry type into a single output feature class using the Merge tool in ArcGIS Pro.

Explore how to divide spatial datasets into separate outputs using splitting workflows in ArcGIS Pro. Learn how splitting can help organize geographic data by administrative units, study areas, or other boundaries.

Learn how to use the Dissolve tool to combine neighboring features based on shared attribute values.

Discover how Spatial Join transfers attributes between features based on their spatial relationships. Learn how to connect datasets using relationships such as intersecting, containing, or being within a specified distance.

Learn the fundamentals of selecting geographic features in ArcGIS Pro for targeted analysis and editing. Understand how selected features can be used as inputs for geoprocessing tools, attribute updates, and data exports.

Learn how to select features using their attribute values with the Select By Attributes tool in ArcGIS Pro. Explore SQL expressions, comparison operators, and logical conditions to identify records that meet specific criteria.

Discover how to select geographic features based on their spatial relationship with other layers. Learn how to identify features that intersect, contain, overlap, or fall within a specified distance of other features.

Learn how to select features interactively in the ArcGIS Pro map view using selection tools. Explore how to select individual features or groups of features and refine selections as you work.

Learn how to export GIS attribute tables to Microsoft Excel for reporting, data sharing, and further analysis. Follow the workflow for transferring attribute information into a spreadsheet-friendly format while preserving the fields and records you need.

Discover how to create point features from coordinate data stored in an Excel spreadsheet. Learn how to prepare longitude and latitude or projected X and Y fields, display the coordinates as points in ArcGIS Pro, and save the resulting data as a permanent GIS dataset.

Learn how to create a fishnet grid in ArcGIS Pro using the Create Fishnet tool. Understand how to define the grid extent, cell dimensions, and output geometry to generate a regular network of polygons or lines.

Explore data conversion workflows in ArcGIS Pro and learn why converting spatial datasets between formats and data types is important in GIS.

Learn how to convert KML and KMZ files into shapefiles using ArcGIS Pro. Follow the process of importing geographic data commonly used in Google Earth, converting it into a GIS-compatible format, and preparing the resulting features for editing, attribute management, and spatial analysis.

Discover how to convert shapefiles into KML or KMZ formats for visualization and sharing in Google Earth and other compatible applications. Learn how to prepare your GIS layers for export and create files that allow geographic features to be viewed outside ArcGIS Pro.

Learn how to convert vector features from a shapefile into raster data using ArcGIS Pro. Understand how to choose the appropriate attribute field, define the cell size, and configure the output raster.

Explore the Trace tool and its role in GIS workflows involving the creation or editing of features along existing geometry. Learn how tracing can help follow established boundaries or lines, reduce manual digitizing effort, and improve consistency when working with connected spatial features.

Learn how to generate random point locations in ArcGIS Pro using geoprocessing tools. Understand how to specify the number of points, define the area where points can be created, and configure the output dataset.

Learn how to identify and address gaps between polygon features in ArcGIS Pro. Understand why gaps can occur in polygon datasets and explore a workflow for filling unwanted empty spaces while maintaining a consistent geographic coverage.

Discover how to improve the appearance of polygon boundaries using smoothing tools in ArcGIS Pro. Learn how smoothing can reduce sharp or irregular edges and produce cleaner-looking features for cartographic presentation.

Explore infographics in ArcGIS Pro and learn how geographic information can be presented through visual summaries and supporting statistics. Discover how infographic-style outputs can help communicate information about places, demographic characteristics, and geographic context.

Learn how to reproject vector datasets into a different coordinate reference system using ArcGIS Pro. Understand the difference between assigning a coordinate system and actually projecting data, and discover how to choose an appropriate output coordinate system for your study area.

Discover how to reproject raster datasets into a different coordinate reference system using ArcGIS Pro. Learn about selecting an output coordinate system, setting cell size, and choosing a resampling method appropriate for the raster values.

Introduce the Export Features workflow in ArcGIS Pro, which allows you to save selected or processed geographic features to a new dataset for further analysis, data management, or sharing.

Get started with raster data in ArcGIS Pro and understand how geographic information is represented using a grid of cells or pixels. Learn about raster resolution, cell values, spatial extent, and common raster data types.

Learn the fundamentals of Digital Elevation Models (DEMs) and understand how elevation data represents the Earth's surface as a raster grid. Explore cell size, elevation values, spatial resolution, and common DEM applications.

Learn how to obtain Digital Elevation Model (DEM) data for a study area and preparing the downloaded elevation raster for use in ArcGIS Pro.

Learn how to combine multiple raster datasets into a single continuous raster using mosaic tools in ArcGIS Pro. Understand how to work with adjacent raster tiles, manage overlapping areas, and create a unified dataset for analysis.

Learn how to obtain Landsat 8 satellite imagery for a selected study area and preparing the imagery for use in ArcGIS Pro.

Discover how to create multispectral band composites in ArcGIS Pro by combining selected satellite image bands into a single color image. Learn the difference between true-color and false-color composites.

Learn how to calculate the Normalized Difference Vegetation Index (NDVI) from multispectral satellite imagery in ArcGIS Pro.

Explore the Normalized Difference Water Index (NDWI) and learn how spectral information from satellite imagery can help identify and analyze surface water.

Learn how to use Raster Calculator in ArcGIS Pro to perform mathematical operations and spatial analysis on raster datasets.

Discover how to generate contour lines from a Digital Elevation Model in ArcGIS Pro. Learn how to specify contour intervals and create vector lines representing locations of equal elevation.

Learn how to calculate slope from elevation data using ArcGIS Pro. Understand how slope represents the rate of elevation change across the terrain and how the output can be expressed in degrees.

Understand how to calculate aspect from a Digital Elevation Model in ArcGIS Pro. Learn how aspect identifies the compass direction that terrain faces and how the resulting raster can be interpreted.

Learn how to create a hillshade from a DEM to visualize terrain using simulated illumination. Explore how sun azimuth and altitude affect the appearance of ridges, valleys, and other landforms.

Explore Swiss-style hillshade visualization in ArcGIS Pro and learn how terrain shading can be enhanced to reveal subtle landforms and surface details.

Learn how to perform viewshed analysis in ArcGIS Pro using elevation data and observer locations.

Learn how to work with topographic maps in ArcGIS Pro and interpret the relationship between elevation, contour lines, terrain features, and other geographic information.

Discover how to extract elevation values from a DEM for selected geographic locations or features in ArcGIS Pro. Learn how elevation information can be associated with point data or sampled at locations of interest.

Learn how to create and interpret a topographic profile from elevation data in ArcGIS Pro. Explore how a profile illustrates changes in elevation along a selected line and helps reveal hills, valleys, slopes, and terrain transitions.

Learn how to georeference a scanned topographic sheet in ArcGIS Pro by aligning it with known geographic locations or reference layers. Understand how to add control points, evaluate alignment, and transform the scanned map into a geographically referenced raster.

Discover how to georeference a scanned map or image in ArcGIS Pro so that it aligns with real-world coordinates. Learn how to identify corresponding locations, add control points, select an appropriate transformation, and review the resulting alignment.

Learn how to reclassify raster values into new categories or ranges using ArcGIS Pro. Understand how to group continuous values into meaningful classes or assign new values to existing categories.

Get introduced to land use and land cover (LULC) classification and understand how satellite imagery can be used to map different surface types.

Learn the practical workflow for creating a land use and land cover map in ArcGIS Pro. Explore how to prepare raster imagery, distinguish land cover classes, and produce a thematic map representing the spatial distribution of different surface types

Learn how to reclassify raster data and convert between raster and vector representations in ArcGIS Pro. Understand how to simplify raster categories, prepare data for spatial modeling, and transform raster outputs into formats suitable for mapping or further analysis.

Explore hydrological analysis tools in ArcGIS Pro and learn how elevation data can be used to investigate surface-water movement and drainage patterns. Understand the role of terrain preprocessing and tools commonly used to derive flow direction, flow accumulation, stream networks, and watershed boundaries.

Learn how to assess drainage density using stream networks and watershed data in ArcGIS Pro. Understand the relationship between total stream length and the area of a drainage basin, and explore how drainage density can help characterize runoff response, terrain, and watershed structure.

Discover the Topographic Position Index (TPI) and learn how elevation at a location can be compared with the elevation of its surrounding neighborhood.

Learn about the Topographic Wetness Index (TWI) and how terrain characteristics can be used to estimate the potential for water accumulation and soil wetness.

Explore the Stream Power Index (SPI) and learn how terrain and contributing area can be used to estimate the potential erosive power of flowing water. Understand how SPI helps identify locations where concentrated runoff may contribute to erosion and landscape change.

Learn about the Sediment Transport Index (STI) and its role in terrain-based erosion and sediment transport assessment. Explore how topographic characteristics can help identify areas with differing potential for sediment movement across a landscape.

Learn how spectral graphs and spectral profiles can help interpret multispectral raster imagery in ArcGIS Pro.

Discover pan-sharpening techniques for combining the spatial detail of a panchromatic image with the spectral information of multispectral imagery. Learn how pan-sharpening can produce a higher-spatial-detail color image that is easier to interpret and use for visual analysis.

Get introduced to the Spatial Analyst extension in ArcGIS Pro and explore its role in raster-based spatial analysis.

Learn how to calculate Euclidean Distance in ArcGIS Pro to measure the straight-line distance from each raster cell to the nearest source feature.

Discover how to use Kernel Density in ArcGIS Pro to create a continuous density surface from point or line features. Learn how the search radius and output cell size influence the resulting density pattern.

Learn spatial interpolation and explains how values measured at known locations can be used to estimate values at unsampled locations.

Learn how to use Inverse Distance Weighted (IDW) interpolation in ArcGIS Pro.

Explore Kriging interpolation in ArcGIS Pro and learn how geostatistical methods can be used to estimate values across a study area. Understand the role of spatial autocorrelation, semivariograms, and model selection in generating an interpolated surface.

Apply IDW and Kriging interpolation techniques to create a water-level map in ArcGIS Pro. Learn how to prepare point-based water-level measurements, generate continuous interpolated surfaces, and compare the resulting spatial patterns.

Learn how to use Raster Calculator within the Spatial Analyst extension to perform mathematical, logical, and conditional operations on raster datasets.

Discover how to reclassify a slope raster into meaningful categories using ArcGIS Pro. Learn how to group slope values into ranges and assign new values according to your analysis requirements.

Learn how to perform Weighted Overlay analysis in ArcGIS Pro to combine multiple raster layer

Explore the Change Detection Wizard in ArcGIS Pro and learn how to investigate changes between raster datasets captured at different times.

Understand the fundamentals of Map Algebra in ArcGIS Pro and learn how to perform cell-by-cell calculations using raster datasets.

Learn how to use Zonal Statistics as Table to summarize raster values within defined geographic zones. Understand how a zone dataset and value raster work together to calculate statistics such as mean, minimum, maximum, and sum.

Discover how Focal Statistics calculates statistics for each raster cell using values within a specified neighborhood. Learn how neighborhood shapes and statistical options influence the output surface.

Learn how cost-distance analysis estimates the accumulated travel cost from source locations across a raster surface. Understand how a cost raster represents the relative difficulty or expense of moving through different areas and how it affects the resulting distance surface. Explore applications in route planning, infrastructure development, ecological connectivity, and least-cost path analysis.

Learn how Hot Spot Analysis in ArcGIS Pro helps identify statistically significant spatial clusters of high and low values.

Discover how the Cut Fill tool in ArcGIS Pro compares two elevation surfaces to calculate areas of elevation gain and loss. Learn how to interpret the resulting raster and estimate the volume of material removed or added between surfaces.

Learn how to use Region Group to identify and label connected regions of cells that share the same value in a raster dataset.

Explore terrain curvature analysis in ArcGIS Pro and learn how elevation data can reveal the shape of the landscape. Understand how curvature measures help describe whether terrain surfaces are relatively convex or concave and how these characteristics relate to landforms and surface processes.

Discover Geomorphon landform classification and learn how terrain patterns can be categorized into landform types using elevation data. Explore how the method identifies features such as ridges, valleys, slopes, and flat areas based on their surrounding terrain.

Learn how feature-preserving smoothing can reduce unwanted surface noise while retaining important terrain structures. Explore how this technique differs from conventional smoothing, which may blur ridges, valleys, and other meaningful features.

Learn how to identify local peaks and valleys in elevation data using terrain analysis tools in ArcGIS Pro. Understand how local elevation patterns can reveal small-scale high and low points across a landscape.

Discover how to locate the highest and lowest elevation points within a study area using ArcGIS Pro. Learn how to analyze elevation values, identify extreme terrain locations, and represent important points on a map

Learn the fundamentals of ModelBuilder and discover how it helps automate repetitive GIS workflows without requiring programming knowledge.

Become familiar with the ModelBuilder interface, including variables, tools, connectors, and model organization techniques.

Learn how to create custom toolboxes and organize your models into reusable geoprocessing tools for future projects.

Build your first ModelBuilder workflow by connecting simple geoprocessing tools and understanding model execution.

Develop advanced models by combining multiple geoprocessing operations into a single automated workflow.

Learn how to chain multiple tools together to perform sophisticated GIS analyses efficiently and consistently.

Understand how variables store data and learn how to create logical connections between tools and outputs.

Configure model parameters and geoprocessing environments to make your models flexible, reusable, and user-friendly.

Learn how to organize model parameters and improve the usability of your custom geoprocessing tools.

Understand model validation, error checking, and best practices for successfully executing ModelBuilder workflows.

Transform your models into professional geoprocessing tools that can be reused in multiple projects and shared with others.

Improve model readability by adding labels, descriptions, documentation, and preparing models for collaboration and distribution.

Learn how to export ModelBuilder workflows into Python scripts and discover the connection between ModelBuilder and ArcPy automation.

Learn how to create and use layer packages in ArcGIS Pro to share GIS layers along with their symbology, properties, and associated data. Explore the packaging workflow, understand how to save layers as reusable .lpkx files, and discover how to import and apply packaged layers in other ArcGIS Pro projects. This lecture will help you manage and distribute GIS layers more effectively.

Discover how to create map packages in ArcGIS Pro to share complete maps along with their associated data and layer configurations. Learn the steps involved in packaging a map, saving it as a .mpkx file, and reopening or sharing it with other GIS users. Understand how map packages help maintain consistency and make GIS projects easier to transfer, collaborate on, and reuse.

Learn how to migrate existing ArcMap MXD documents and map packages into ArcGIS Pro.