AutoDesk Inventor
Introduction to AutoDesk Inventor
AutoDesk Inventor is a professional 3D CAD software for product design, simulation, and visualization. This module introduces Inventor, covering its core features, applications, and benefits for mechanical design and engineering.
Getting Started with Inventor
Learn how to get started with AutoDesk Inventor, including installation, configuration, and initial setup. This section covers the basics of the user interface, navigation, and essential tools to begin working effectively with Inventor.
Inventor Tools and Features
Discover the key tools and features of AutoDesk Inventor. Learn about 3D modeling, assembly design, and simulation. Understand how Inventor supports mechanical design workflows and facilitates the creation of detailed engineering models.
Creating and Managing 3D Models
Gain skills in creating and managing 3D models in Inventor. Learn how to design parts, assemblies, and drawings. Explore techniques for parametric modeling, constraints, and assembly management.
Simulation and Analysis
Learn about simulation and analysis capabilities in AutoDesk Inventor. Explore tools for performing stress analysis, motion simulation, and thermal analysis to validate designs and ensure performance.
Detailing and Documentation
Discover how to create detailed drawings and documentation using Inventor. Learn about generating production drawings, creating assemblies, and producing manufacturing documents that meet industry standards.
Collaboration and Data Management
Explore collaboration and data management features in Inventor. Learn about managing project files, sharing designs, and working with team members to ensure effective communication and project coordination.
Customization and Automation
Learn about customization and automation options in AutoDesk Inventor. Explore techniques for creating custom parts, automating repetitive tasks, and extending Inventor's functionality to suit specific design needs.
Performance Optimization and Troubleshooting
Discover best practices for optimizing performance and troubleshooting in Inventor. Learn how to enhance model performance, address common issues, and ensure smooth operation throughout the design process.
Best Practices and Case Studies
Review best practices for using AutoDesk Inventor and examine real-world case studies. Learn from practical examples of successful implementations and understand how to apply best practices to achieve design excellence.
Autodesk Inventor Syllabus
Introduction to Autodesk Inventor
- Overview of Autodesk Inventor
- Understanding the User Interface
- Navigation and View Tools
- Setting Up the Project Environment
Basic Sketching Techniques
- Creating 2D Sketches
- Using Sketch Constraints and Dimensions
- Editing Sketches
- Advanced Sketch Tools
Basic Part Modeling
- Creating Basic 3D Shapes (Extrude, Revolve, Sweep, Loft)
- Understanding Part Modeling Workflow
- Modifying Features (Fillets, Chamfers, Holes)
- Patterns and Mirroring Features
Advanced Part Modeling
- Multi-Body Part Modeling
- Surface Modeling Techniques
- Using Work Features (Planes, Axes, Points)
- Importing and Editing Geometry
Assembly Modeling
- Creating and Managing Assemblies
- Placing and Constraining Components
- Assembly Tools (Joints, Constraints, Motion)
- Managing Assembly Relationships and Structure
Advanced Assembly Modeling
- Top-Down Design Techniques
- Working with Large Assemblies
- Assembly Weldments
- Frame Generator
Creating and Managing Drawings
- Creating Drawing Views (Base, Projected, Section, Detail)
- Annotating Drawings (Dimensions, Notes, Symbols)
- Managing Sheets and Views
- Customizing Drawing Styles and Standards
Sheet Metal Design
- Introduction to Sheet Metal Design
- Creating Sheet Metal Parts
- Sheet Metal Tools and Features (Flanges, Bends, Corner Relief)
- Creating Flat Patterns and Drawings
Weldments
- Creating Weldment Assemblies
- Adding Welds and Weld Symbols
- Documenting Weldments
- Using the Weldment Environment
Simulation and Analysis
- Introduction to Simulation
- Performing Stress Analysis
Design Automation
- Introduction to iLogic
- Creating and Managing iLogic Rules
- Automating Design Processes
- Using iParts and iAssemblies
Rendering and Visualization
- Introduction to Rendering
- Applying Materials and Textures
- Setting Up Lighting and Environments
- Creating Photorealistic Renderings
Data Management and Collaboration
- Managing Design Data with Autodesk Vault
- Collaborating with Team Members
- Version Control and Revision Management
- Sharing and Publishing Designs
Customization and Advanced Tools
- Customizing the User Interface
- Using Macros and Add-ins
- Advanced Modeling Techniques
- Tips and Tricks for Productivity
Training
Basic Level Training
Duration : 1 Month
Advanced Level Training
Duration : 1 Month
Project Level Training
Duration : 1 Month
Total Training Period
Duration : 3 Months
Course Mode :
Available Online / Offline
Course Fees :
Please contact the office for details