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

Revit Families, Schedules, & Shared Parameters – Advanced

Product Method Length
Autodesk® Revit®
Classroom
1 Day

Course Description

Prerequisites: Familiarity with Windows based computer operating system & an understanding of AEC Building terminology is an asset.  It is preferred that students have completed the Autodesk Revit Modeling – Essentials course & one Revit Discipline Modeling – Intermediate course.

Expectations: Using the functionality of Autodesk Revit features, students learn to utilize the Revit tools to create dynamic custom families for use in Revit project templates & files. 

Topics Covered:

  • Understanding Revit family templates & categories
  • Understanding Revit family parameter types & data
  • Creating & modifying Revit family geometry forms
  • Defining Revit family object styles, subcategories, & fill patterns
  • Understanding insertion points, symbolic lines, & connectors
  • Building shared parameter files & custom schedules
  • Flexing parametric geometry with dimension tools
  • Using formulas, nested families, & lookup tables