• Pam is very thorough and demonstrates a clear ability to relay information and answer questions. She is friendly, patient...
     
    J.W.
    PGAV
  • Great class – I learned much about Revit.
     
    Gary Tetley Architect
  • Trainers were very helpful and knowledgeable. I found the Civil 3D course very helpful!
     
    A.V.
    Terra Engineering, Ltd.
  • Thank you to everyone at Seiler for hosting and presenting the BIM Computer class on Revit. Excellent overview of the...
     
    J.E.
    AGC-STL
  • Very good class.
     
    D.Z.
    Bartlett & West
  • Great Instructor!
     
    T.A.
    Mohr & Kerr Engineering and Land Surveying, P.C.
  • Good course outline! Tips and Tricks provided will be useful!
     
    B.L.
    Ayres Associates
  • Appreciated the flexibility, answers and methods of teaching to accommodate our needs. Excellent Staff!
     
    J.L.
    Little & Associates, Architects
  • Great insight, and I think our set-ups and templates from training class will help our work.
     
    J.G.
    Weis Design Group
  • Great stuff!
     
    L.J.
    Vireo

AutoCAD Civil 3D Advanced Corridor Models

Product Method Length
Autodesk® Civil 3D®
Classroom
1 Day

Course Description

Prerequisites: Familiarity with Windows based computer operating system, an understanding of civil engineering terminology, & experience with Autodesk AutoCAD-based products are all assets for this course.  Students should have a good working skill level with a minimum of 80 hours of work experience with the AutoCAD Civil 3D software & a basic understanding of corridor models & intersection design.

Expectations: Using the interactive, dynamic functionality of AutoCAD Civil 3D features, civil engineers are enabled to design complex corridor geometry including medians, variable width road geometry, road rehabilitation, as well as how to deal with unique site conditions.

Topics Covered:

  • Understanding the purpose of corridor models & how they are applied in the AutoCAD Civil 3D software.
  • Utilizing conditional subassemblies
  • Creating guardrail & retaining walls
  • Working with median subassemblies & offset assemblies
  • Working with rehabilitation subassemblies
  • Creating feature line grading from corridors
  • Modeling corridors with offset alignments & profiles
  • Modeling corridors with connecting alignments