Autodesk Inventor 2018 Essential Training

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Free Online Course: Autodesk Inventor 2018 Essential Training provided by LinkedIn Learning is a comprehensive online course, which lasts for 7 hours worth of material. The course is taught in English and is free of charge. Upon completion of the course, you can receive an e-certificate from LinkedIn Learning. Autodesk Inventor 2018 Essential Training is taught by John Helfen.

Overview
  • Learn about product and manufacturing design with Autodesk Inventor 2018. Explore the interface and key processes of this mechanical design and 3D CAD software.

Syllabus
  • Introduction

    • Welcome
    • Using the exercise files
    • Certification overview
    • Interface changes
    1. Basic Concepts
    • Exploring major workflow steps
    • Home dashboard
    • Reviewing different file types
    2. Leveraging the Project
    • Project file introduction
    • Create a project
    • Setting up the project file
    3. Navigating the Interface
    • Navigating using the ViewCube
    • Navigating using the navigation tools
    • Using the browser
    • Using the ribbon bar
    • Using the Quick Access Toolbar
    • Using the Marking menu
    4. Sketching Concepts
    • Introducing sketching
    • Working with origin geometry
    • Understanding constraints
    5. Create Sketch Geometry
    • Drawing lines
    • Create rectangles and arcs
    • Create splines
    • Construction geometry
    • Dimensioning
    • Parameters
    6. Modifying Sketch Geometry
    • Trim, extend, and split tools
    • Offsetting sketch geomtry
    • Pattern and mirror sketch geometry
    7. Work Features
    • Understanding work features
    • Create offset work planes
    • Create work planes
    • Create work axes and points
    8. Projecting and Importing Geometry
    • Projecting geometry
    • Import AutoCAD data
    • Autodesk AnyCAD
    9. Understanding Part Modeling
    • Part feature introduction
    • Create a base extrusion feature
    • Create an extrusion to next face
    • Extrude enhancements
    • Create revolves
    • Complex shapes with the loft tool
    • Add control to a loft by Create rails
    • Create a sweep feature
    • Create a sweep feature with model edges
    10. Building Parts with Placed Features
    • Adding placed holes
    • Adding sketched holes
    • Adding threaded holes
    • Bi-directional holes
    • Modify edges with fillets and chamfers
    • Partial chamfers
    • Hollowing parts with the shell feature
    11. Create Patterns of Features
    • Create rectangular feature patterns
    • Add intelligence to a rectangular pattern
    • Create rectangular feature patterns along a path
    • Create circular feature patterns
    • Mirroring part features
    • Sketch pattern
    12. Create Sculpted Objects
    • T-Splines introduction
    • Create a base form
    • Understanding the edit form tool
    • Taking advantage of symmetry
    • Inserting and modifying edges
    13. Adding Parts to an Assembly File
    • Introduction to assemblies
    • Placing components
    • Creating and editing components in an assembly
    • Placing fasteners from the content center
    14. Using Constraints to Position Parts
    • Mate or Flush constraint
    • Angle constraint
    • Insert constraint
    • Driving constraints
    • Translational constraint
    • Motion constraint
    • Contact sets
    15. Assembly Visualization Techniques
    • Adding materials to parts in an assembly
    • Visual styles
    • Enhancing the design experience with visual settings
    16. Create Drawing Views
    • Exploring initial drawing creation
    • Placing views: Base and projected views
    • Create section views
    • Create detail views
    • Create breakout views
    17. Create Basic Annotations
    • Create general dimensions
    • Changing dimension precision
    • Create baseline, ordinate, and chain dimensions
    Conclusion
    • Next steps