• Great course. Instructor moved at a steady pace and didn't hesitate to ask questions or slow down/speed up when...
     
    J.D.
    Bartlett & West
  • Your instructor is awesome! –Patient –Knowledgeable –Helpful
     
    J.S.
    PGAV
  • We have been working with Seiler for the past few years, and they have always exceeded our expectations in regard to...
     
    M.L.
    Illinois Institute of Technology
  • Great class – I learned much about Revit.
     
    Gary Tetley Architect
  • Thank you so much! The Revit family you worked up performed perfectly, and using the documentation you sent, I was able...
     
    M.T.
    Design & Development Division - Missouri Dept. of Conservation
  • Appreciated the flexibility, answers and methods of teaching to accommodate our needs. Excellent Staff!
     
    J.L.
    Little & Associates, Architects
  • Good course outline! Tips and Tricks provided will be useful!
     
    B.L.
    Ayres Associates
  • Very good class.
     
    D.Z.
    Bartlett & West
  • A very sound fundamentals experience. Really helped me to understand the role of Revit in our workflow.
     
    J.M.
    PGAV
  • Mark does an excellent job communicating solutions to specific issues encountered by our company. He makes his classes...
     
    M.M.
    Crawford, Murphy & Tilly, Inc.

AutoCAD Map 3D Essentials

Product Method Length
AutoCAD® Map 3D
Classroom
2 Days

Course Description

Prerequisites: Familiarity with Windows based computer operating system & an understanding of civil engineering terminology is an asset. It is preferred that students have completed the Autodesk AutoCAD – Essentials or the AutoCAD Civil 3D – Fundamentals course.

Expectations:  Using the functionality of AutoCAD Map 3D features, students learn about drawing-based & geospatial features, including how to create, manage, & map data.

Topics Covered: 

  • Describe the AutoCAD Map 3D user interface
  • Linking & managing drawing-based attribute data
  • Creating & editing geometry
  • Using object classification
  • Connecting & editing geospatial features
  • Querying features & drawing-based attribute data
  • Importing & exporting drawing-based data
  • Working with raster images & source drawings
  • Using source drawing queries
  • Plotting maps
  • Using Survey & Lidar Data
  • Working with industry models