ArcGIS school training courses in Albuquerque, NM (public, in-house or online)

Build the foundation of knowledge to become a successful ArcView®, ArcEditor®, or ArcInfo® user. This course covers fundamental GIS concepts, as well as how to query a GIS database, manipulate tabular data, edit spatial and attribute data, and present data clearly and efficiently using maps and charts. Participants learn how to use ArcMap®, ArcCatalog®, and ArcToolbox®, and explore how these applications work together to provide a complete GIS software solution. An ArcGIS...

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The Geospatial Mapping learning path is the recommended progression of professional development for infrastructure professionals who use Bentley geospatial products. Users accrue one Learning Unit for each hour of Geospatial Mapping training they complete. These Learning Units are Bentley Institute’s equivalent to Professional Development Hours (PDHs) and are added to a personal online transcript that demonstrates professional growth over time.

This is an introductory course that introduces ArcGIS to the attendees. This course
covers basic concepts of geodatabse creation and editing with ArcGIS. Each student who
successfully completes this course will have developed working knowledge and skills
necessary to edit vector data and build topology as necessary.
TOPICS COVERED

Introduction ArcGIS

Introduction to Geodatabase

Drawing Features

Using Feature Construction Tools

Deleting and Modifying Features<...

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Computer-aided design (CAD) files are excellent sources for GIS content. CAD files vary widely in complexity—some files are simple 2D drawings containing only a few textual elements, while others are highly sophisticated, containing 3D surfaces, spatial extents, and extended attribute information. This course teaches fundamental concepts of CAD data integration within ArcGIS. You learn methods and best practices for working with native CAD data in ArcGIS, converting CAD data to GIS data, and opt...

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Raster data and ArcGIS Spatial Analyst: Why raster?; Discrete and continuous data; ArcGIS raster tools and capabilities; ArcGIS Spatial Analyst; Map algebra and the Raster Calculator.
Raster concepts: Input and output formats; Grid data model; Raster coordinate systems; Raster generalization; NGA data formats and coordinate systems; Registration and georeferencing; Cell coincidence; Resampling; Zones and regions; Grid attributes; Analysis environment; Setting projection, cell size, extent, an...

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