Description
Recommended Learning Duration: 84 Hrs
Overview: Through this Mechanical Design Engineer Bundle course, the user will be able to learn:
- AutoCAD 3D Modelling
- Autodesk Inventor Part Design
- Autodesk Inventor Assembly Design
- Autodesk Inventor Drafting
- Autodesk Inventor Sheet Metal Design
- Autodesk Inventor Model Based Definition
On completion of this course, user will be able to:
- Navigate to AutoCAD 3D Interface, work on various options to create different models
- Create 3D models in Inventor Part Design workbench and understand Sketcher workbench
- About Assembly Approaches, apply basic Constraints and create Relationships
- Create different views and generate various Dimension methods
- Understand the settings of Sheet Metal Defaults, Create and Modify 3D models
- Define various GD&T option, publishing GD&T and Annotation into 3D PDF
Course Structure:
AutoCAD 3D Modelling
- About the GUI of AutoCAD 3D
- Explore different Views of object and Change Views and Visual Styles
- Navigate to AutoCAD 3D
- Absolute and Dynamic Coordinate System
- Use of Draw and Boolean and Polar Ray command
- Use of
Extrude, Fillet and Press pull commands
- Work on various options of Solid Modelling and 3D Surface Modelling
- Edit and create different Views
- Project and place different Views of model
- Add Annotations and Dimensions
- Import Template to create 2D views
Autodesk Inventor Part Design
- Importance of Part design and benefits of 3D modelling over 2D modelling
- Create 3D models in Inventor Part Design workbench
- Understand the Sketcher workbench and create sketch using various commands
- Constrain Sketch by using commands Coincide, Tangent, Symmetry, Horizontal and Vertical Constrains
- Understand the Sketch-Based Features like Extrude, Revolve and Loft
- Create Dress-up Features like Draft, Fillet and Chamfer
- Modify the profile using Move, Copy and Rotate
- Create new Work Planes and Reference Elements using Project Geometry
- Create Pattern
Autodesk Inventor Assembly Design
- Introduction to Assembly, general principles and types of Assembly
- Create Assembly Design Constraints
- Understand various Assembly Constraints like Mate, Flush, Angle, Insert and Mirror
- Create Relationship like Rotary Motion and Transitional Motion
- Top Down Assembly approach and Bottom Up Assembly approach
- Create Drive to validate assembly
- Create Bill of Materials and extract BOM into Drafting
Autodesk Inventor Drafting
- About Drafting and types of Drafting
- First and Third Angle Projection
- Drafting Sheet Standards and different types of Views
- Create new Title block and edit Title Block
- About commands under Place Views and Annotate panel
- Create different Views like Auxiliary View, Section View, Detail View and Break View
- Apply various Dimension Methods like Baseline, Ordinate and Chain Dimensions
- Create Geometrical Dimensions and Tolerance and Retrieve model Annotation
- Generate Bill of Material(BOM)
- Basics applications of GD&T
Autodesk Inventor Sheet Metal Design
- Applications of Sheet Metal Design and Terminology involved in Sheet Metal Design
- Sheet Metal Design processes and Bend Allowances
- GUI of Sheet Metal workbench and set up primary Sheet Metal rules
- Create 3D models in Inventor Sheet Metal Design workbench
- Create Face, Flange, Contour Flange, Contour Roll, Lofted Flange and Hem
- Fold, Unfold, Refold and Bend operations
- Create Hole, Corner Round and Corner Chamfer
- Create Sheet Metal components
- Generate Folded and Unfolded Views
Autodesk Inventor Model Based Definition
- Define various GD&T options
- About GD&T and its applications
- Details about Form Tolerance, Profile Tolerance, Orientation Tolerance and Location Tolerance
- General Annotations and Basic and Reference Dimension
- Create Dimension Tolerance and Surface Texture
- Annotate directly on 3D parts and products
- Create Datum and capture Annotations
- Create Geometrical Dimensions using Tolerance feature
- Publish GD&T and Annotation into 3D PDF
- Align the Dimensions
- Publish created MBD into 3D PDF
Pre-requisite: User should be a Mechanical Engineer. The recommended version for practice exercises is Autodesk Inventor 2020 and above.
Training Method: Instruction based and Hands-on practice.
Course Validity: 90 days from the date of enrolment.
Instructor Video Duration: 500 Mins
Downloadable Exercises: 20
Recommended Practice Hours: 68 Hrs
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