" rel="stylesheet">
Skip Main Navigation
Page Content
This event has ended

Inventor Introduction to Solid Modeling in Austin


Multiple Dates

Inventor Introduction to Solid Modeling in Austin

Share Inventor Introduction to Solid Modeling in Austin

Event Details

4 days

This course is the starting point for all new Inventor users. The course instructs users in best usage approaches for parametric design philosophy through a hands-on, practice-intensive curriculum. Users acquire the knowledge to complete the process of designing models, from conceptual sketching through to solid modeling, assembly design, and drawing production.

Who Should Attend
New users of Autodesk Inventor 2014

As an introductory course, this course does not assume prior knowledge of any 3D modeling or CAD software. Students do need to be experienced with the Windows operating system and a background in drafting of 3D parts is recommended.

Class Outline
The topics covered will vary slightly with each class based upon the pace of the students. As an Autodesk Authorized Training Center, we adhere to the strict quality control procedures established by Autodesk to consistently deliver the highest caliber learning experience possible.

  • Chapter 1: Introduction to Inventor
    • Solid Modeling
    • Inventor Fundamentals
      • Feature-Based Modeling
      • Parametric Features
      • Associative
      • Assembly Management
      • Model Documentation
    • The Inventor Interface
      • User Interface
    • Model Manipulation
      • Projects
      • Modes
      • Multiple Windows
      • Model Orientation
      • Model Display
      • Object Selection
    • Exercise 1a Open and Manipulate a Part
    • Exercise 1b Orient and Edit a Part
    • Exercise 1c Select Hidden Features
  • Chapter 2: Creating the Base Feature
    • Solid Base Features
      • Grid and Axis Display
      • Origin Features
      • Sketch Plane
      • Sketch Entities
      • Sketching Revolved Sections
      • Dynamic Input & Dimensioning for Sketching
      • Dimensioning
      • Constraining
      • Depth
      • Direction
    • Exercise 2a Extruded Base Features I
    • Exercise 2b Extruded Base Features II
    • Exercise 2c Revolved Base Feature
    • Exercise 2d Additional Parts
  • Chapter 3: Sketching Geometry
    • Sketch Geometry
      • Tangent Arc using a Line
      • Tangent Line between two Circles/Arcs
      • Construction Entities
      • Slice Graphics
      • Trim
      • Extend
      • Mirror
      • Fillets and Chamfers
      • Assigning Constraints
      • Controlling Constraint Inference
      • Constraint Persistence
      • Controlling Constraint Display
      • Deleting Constraints
      • Center Dimensions
      • Radius/Diameter Dimensions
      • Angular Dimensions
      • Revolved Sketch Dimensions
      • Tangent Dimensions
    • Exercise 3a Apply Constraints
    • Exercise 3b Create Sketched Geometry I
    • Exercise 3c Create Sketched Geometry II
    • Exercise 3d Manipulating Entities (Optional)
  • Chapter 4: Additional Sketching Tools
    • Advanced Editing Tools
      • Move, Copy, Rotate, Scale, and Stretch
      • Copy and Paste
      • Split
    • Using Existing Geometry
      • Offset
      • Projected Geometry
      • Share
      • Sketch
      • Insert AutoCAD File
      • Show/Hide Dimensions of a Sketch
    • Over-Dimensioned Sketches
    • Sketch Preferences
      • Sketch Tab
      • Part Tab
      • Sketch Grid Settings
    • Exercise 4a Sketch Editing Tools
    • Exercise 4b Create Sketch Geometry
    • Exercise 4c Copy and Paste a Sketch
  • Chapter 5: Sketched Secondary Features
    • Extruded Secondary Features
    • Revolved Secondary Features
    • Editing Sketched Secondary Features
    • 3D Grip Modification
    • Exercise 5a Create a Sketched Revolve
    • Exercise 5b Create Sketched Extrusions
    • Exercise 5c Create Sketched Extrusions II
    • Exercise 5d 3D Grips
    • Exercise 5e Create Sketched Extrusions III
  • Chapter 6: Creating Pick and Place Features
    • Edge Chamfer
    • Constant Fillets
    • Variable Fillets
    • Face Fillets
    • Full Round Fillets
    • Straight Holes
    • Threads
    • Editing Pick and Place Features
    • Creation Sequence
    • Exercise 6a Add Pick and Place Features
    • Exercise 6b Create a Coaxial Hole
    • Exercise 6c Add Fillets
    • Exercise 6d Adding Pick & Place Features (Optional)
  • Chapter 7: Work Features
    • Work Planes
    • Work Axes
    • Work Points
    • Exercise 7a Using Work Features to create Geometry
    • Exercise 7b Using Work Features to create Geometry II
    • Exercise 7c Using Work Features to create Geometry III (Optional)
  • Chapter 8: Equations
    • Equations
    • Parameters
      • Model Parameters
      • User-Defined Parameters
      • Reference Parameters
      • Parameter Notes
    • Exercise 8a Add Equations
    • Exercise 8b Add Parameters
    • Exercise 8c Working with Parameters
  • Chapter 9: Additional Features and Functions
    • Face Draft
    • Splitting a Face or Part
    • Shells
    • Ribs
    • Bend Part
    • Reordering Features
    • Inserting Features
    • Suppressing Features
    • Exercise 9a Create Shell and Ribs
    • Exercise 9b Splitting a Face
    • Exercise 9c Bend Part
    • Exercise 9d Shelling (Optional)
  • Chapter 10: Fixing Problems
    • Sketch Failure
    • Feature Failure
      • Sketch Doctor
      • Design Doctor
    • Exercise 10a Resolve Sketch Problems
    • Exercise 10b Resolve Feature Failure
    • Exercise 10c Resolve Feature Failure
  • Chapter 11: Sweep Features
    • Sweep Features
    • Exercise 11a Creating a Swept Cut
    • Exercise 11b Dipstick
    • Exercise 11c Create Swept Features (Optional)
  • Chapter 12: Loft Features
    • Rail Lofts
    • Center Line Lofts
    • Advanced Loft Options
    • Exercise 12a Rail Lofts
    • Exercise 12b Center Line Loft I
    • Exercise 12c Center Line Loft II
  • Chapter 13: Duplication Tools
    • Rectangular Sketch Patterns
    • Circular Sketch Patterns
    • Rectangular Feature Patterns
    • Circular Feature Patterns
    • Mirror Parts or Features
    • Manipulate Patterns and Mirror Features
      • Suppress Patterns
      • Edit Patterns
      • Delete Patterns
    • Exercise 13a Pattern Features
    • Exercise 13b Mirror a Model
    • Exercise 13c Copy and Mirror Features
  • Chapter 14: Feature Relationships
    • Establishing Relationships
      • Pick and Place Features
      • Sketched Features
    • Controlling Relationships
    • Investigating Relationships
      • Model Browser
      • Equations
    • Changing Relationships
      • Edit Sketch
      • Redefine
      • Show Dimensions
      • Edit Feature
      • Delete Features
    • Exercise 14a Change Feature Relationships
    • Exercise 14b Delete a Sketch Plane


*If you have 4 or more students for this course and/or want to have the class held at your location, refer to Custom & On-Site Training.

Published class dates are subject to change as circumstances warrant, call for confirmation of all class dates. Cancellations must be made within 10 working days of the scheduled course to qualify for a refund. “No-shows” or late cancellations will forfeit all tuition and fees. Enceptia reserves the right to reschedule or cancel scheduled courses, whereupon all fees will be refunded or applied to training at a later date. Enceptia is liable for course fees only

Have questions about Inventor Introduction to Solid Modeling in Austin? Contact Enceptia


Austin Training Center
10801-1 N MoPac Expressway
Suite 320
Austin, TX 78759

Multiple Dates

  Add to my calendar



Enceptia, formerly D|C|CADD, is a design technology consulting firm that provides innovative software solutions and services to the building, infrastructure and manufacturing industries. The company is an award-winning Autodesk Gold Partner, Autodesk Developer Network Member, and a nationally recognized Autodesk Authorized Training Center with offices in Austin, Dallas-Ft. Worth, and San Antonio, Texas.

Enceptia supports a wide-range of architectural, engineering, construction, fabrication, and manufacturing clients. The company offers a comprehensive array of professional services including managed IT services, expert-led training, superior technical support, and strategic consultation and implementation.

Based in Texas, Enceptia has been serving the design build industry since 1987. For more information about Enceptia, please visit enceptia.com or call (800) 454-5499.

  Contact the Organizer
Inventor Introduction to Solid Modeling in Austin
Austin, TX Events Class Business

Please log in or sign up

In order to purchase these tickets in installments, you'll need an Eventbrite account. Log in or sign up for a free account to continue.