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Autodesk Inventor Training

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Unlock your potential in 3D mechanical design with Autodesk Inventor Training by Multisoft Virtual Academy. Learn to create, simulate, and visualize complex designs with industry-leading tools and expert guidance. This course is designed to empower beginners and professionals with hands-on training and real-world applications. Transform your ideas into reality enroll today!

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Instructor-led Training Live Online Classes

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	07 Dec 2024	24	06:00 PM - 09:00 PM	Sat, Sun
	08 Dec 2024	24	06:00 PM - 09:00 PM	Sat, Sun

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Instructor-led Training Live Online Classes

	07 Dec 2024	24	06:00 PM - 09:00 PM	Sat, Sun
	08 Dec 2024	24	06:00 PM - 09:00 PM	Sat, Sun

Course Price At

$ 600

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Online Self Learning Courses are designed for self-directed training, allowing participants to begin at their convenience with structured training and review exercises to reinforce learning. You’ll learn through videos, PPTs and complete assignments, projects and other activities designed to enhance learning outcomes, all at times that are most convenient to you.

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Course Highlights

Duration: 24 Hrs
Subject Matter Expert
Lifetime e-learning access
Recorded Sessions
After Training Support
Free Online Assessments

One to One Training

Autodesk Inventor Training Course Syllabus

Curriculum Designed by Experts

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Autodesk Inventor Training by Multisoft Virtual Academy is designed to provide in-depth knowledge and hands-on experience in 3D mechanical design, product simulation, and engineering design visualization. This training equips learners with the skills required to create innovative, professional-grade designs while enhancing productivity and accuracy in the design process. The course caters to both beginners and professionals, ensuring a structured learning journey with real-world applications. Participants will explore the fundamentals of Autodesk Inventor, including parametric design, assembly creation, and advanced simulation techniques. The course emphasizes practical implementation, guiding learners through creating detailed 3D models, analyzing their performance, and generating comprehensive documentation. Learners will also gain insights into workflow automation, enabling faster and more efficient design processes. With the guidance of industry experts, participants will develop a strong understanding of Inventor’s robust tools, including its capabilities for sheet metal design, frame generator, and multi-body modeling. This training prepares individuals for diverse career opportunities in mechanical engineering, manufacturing, and product design.

By the end of the program, learners will be proficient in creating and managing complex designs, enabling them to excel in their professional roles. Enhance your technical expertise and advance your career with Autodesk Inventor Training at Multisoft Virtual Academy.

Autodesk Inventor Training is a professional program designed to teach 3D mechanical design, simulation, and documentation using Autodesk Inventor software. It equips learners with skills to create detailed parts, assemblies, and engineering drawings while enhancing design accuracy and productivity. Suitable for beginners and professionals, the training prepares participants for careers in mechanical engineering, manufacturing, and product development.

1.1 Getting Started

Understanding the User Interface
Designing Parametric Parts
Using Project Files for Part Design

1.2 Sketching, Constraining & Dimensioning

Creating 2D Sketches
Constraining the Sketches
Adding Dimensioning to Sketches

1.3 Creating and Editing Placed Features

Creating and Editing Sketched Features
Intermediate Sketching
Editing Parametric Parts
Creating Work Features
Creating Basic Swept Shapes
Creating Chamfers and Fillets
Creating Holes and Threads
Patterning and Mirroring Features
Creating Thin-Walled Parts

1.4 Creating and Editing Drawing Views

Drawing Creation Environment
Creating Styles
Setting Drawing Standards
Drawing Sheet Preparation
Creating Title Blocks and Borders
Base and Projected Views
Section Views
Detail Views
Managing Views

1.5 Creating and Documenting Assemblies

Designing Assemblies
Using Project Files for Assembly Design
Placing Existing Components in an Assembly
Constraining Components
Placing Standard Components Using the Content Center
Basic Part Design in an Assembly
Identifying Parts in an Assembly
Analysis and Motion Tools
Presenting Your Assembly
Bill of Materials
Creating and Customizing Parts Lists
Creating Balloons

1.6 Dimensions, Annotations, and Tables

Automated Dimensioning Techniques
Manual Dimensioning Techniques
Annotating Holes and Threads
Creating Centerlines, Symbols, and Leaders
Creating Tables

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2.1 Getting Started

Design Philosophies
Sketching, Modeling, Modification, Display Tips

2.2 Multi-Body Tools

Multi-body Part Modeling

2.3 Advanced Work Features

User Coordinate System
Grounded Work Points

2.4 Lofts & Loft Options

Area Lofts
Advanced Sweeps
Coils
Analyzing a Model
Analysis Types, Analysis Procedures

2.5 Introduction to Surfacing

Basic Surfaces
Patch Surfaces
Stitch Surfaces
Sculpting with Surfaces
Thickening and Offsetting a Surface
Extend and Trim Surface
Replace Face
Delete Face
Copy Surface
Importing Surfaces
Repairing Imported Surfaces

2.6 Custom Sketches

Create Sketch Symbols
Place Sketched Symbols
AutoCAD Blocks in Inventor

2.7 Engineers Notebook

Notes

2.8 Effective Assembly Tools

General Assembly Tips
Constraint Tips
Motion Constraints
Transitional Constraints

2.9 Introduction to Top-Down Design

Top-Down Design
Top-Down Design Technique
Additional Top-Down Design Tools

2.10 Derived Components

Derived Component
Modifying Derived Components

2.11 Assembly Parts and Features

Assembly Parts
Assembly Features

2.12 Associative Links and Adaptive Parts

Associative Links
Adaptive Assembly Parts

2.13 Skeleton Models and Derived Components

Working with Skeletons

2.14 iFeatures & iParts

Creating / Inserting / Editing iFeatures
Table-Driven iFeatures
Creating / Inserting / Editing iParts
Table-Driven iParts

2.15 Translation

Import and Export Data
Import Data Formats
Importing Solids

2.16 Drawing Tools

Create Hole Tables
Revision Tables and Tags
Tables for Factory Members
Surfaces in Drawing Views

2.17 Design Accelerator

Design Accelerator
Generators
Calculators

2.18 Inventor Studio

Introduction to Inventor Studio
Rendering
Animation
Creating a Standard Room

2.19 iAssemblies

Introduction
Create Basic iAssemblies
Create multi-level iAssemblies
Derived Components
Modify Derived Components

2.20 Applying Motion with Constraints

Driving Constraints
Motion Constraints
Transitional Constraints

2.21 Positional / Level of Detail Representations

Introduction to Positional representations
Create and Edit Positional representations
Using a Positional Representation
Level of Detail Representations
System-Defined Level of Detail representations
User-Defined Level of Detail Representations
Using Level of Detail Representations

2.22 Assembly Duplication Options

Pattern Components
Mirror Components
Copy Components

2.23 Assembly Bill of Materials

Create Virtual Components
Create Bill of Materials
Frame Generator
Frame Generator
Structural Shape Author

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3.1 Understanding Sheet Metal Modeling

Sheet Metal Concepts
Sheet Metal Terminology
Sheet Metal Environment
Sheet Metal Design Process
Working With Sheet Metal Rules
Sheet, Bend and Corner Tab Options
Bend Tables

3.2 Creating Sheet Metal Features

Applying Existing Sheet Metal Defaults
Creating a Face as a Base Feature
Creating a Contour Flange as a Base Feature
Creating a Contour Roll as a Base Feature
Sheet Metal Parameters
Bend Relief Shapes
Faces as Secondary Features
Contour Flanges as Secondary Features
Contour Rolls as Secondary Features

3.3 Working with Flanges and Rips

Creating Flanges
Corner Relief Options
Lofted Flanges
Rips

3.4 Bending Sheet Metal

Hems
Folds
Bend Features

3.5 Sheet Metal Cuts

Creating Cut Features
Creating Straight Holes
Using Punch Tool Features
Cuts Using Surfaces

3.6 Flat Pattern Environment

Creating Flat Patterns
Orienting Flat Patterns
Punch Representations
Bend Angle
Flat Pattern Cleanup
Exporting to DXF/DWG

3.7 Documentation

Documentation and Annotation
Sheet Metal Drawing Terminology
Creating Sheet Metal Drawings
Bend and Punch Notes
Bend Tables
Punch Tables
Bend Order
Cosmetic Centerlines

3.8 Converting Parts to Sheet Metal

Converting Solid Model to Sheet Metal
Non-Ruled Surfaces

3.9 Corner Rounds, Chamfers and Seams

Creating Corner Rounds
Creating Corner Chamfers
Creating Corner Seams and Miters
Creating Corner Rips
Using Corner Seams and Bends

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4.1 Introduction to Engineering Analysis

Stress Analysis Overview

4.2 Stress Analysis

Preparing and Running a Simulation
Viewing Results
Analyzing Assemblies
Performing a Parametric Design Study
Mesh Control and Convergence
Performing a Modal Analysis

4.3 Engineering Problems and Solution

Solving Design Problems

Module 5: Autodesk Inventor Associate Preparation

5.1 User Interface

Describe how to use the heads up display (HUD) to create and edit features
Identify how to use visual styles to control the appearance of a model

5.2 Project Files

Describe the options for controlling a project file

5.3 Sketching

Recall the function of each sketch constraint
Demonstrate how to create dynamic input dimensions

5.4 Part Modeling

Create extrude features
Create fillet features
Create hole features
Create a pattern of features
Describe how to use the Project Geometry and Project Cut Edges commands
Create revolve features
Create a shell feature
Create work features and a UCS

5.5 Drawing

Explain how to edit a base and
projected views
Describe how to create a slice view in a drawing
Demonstrate how to create and edit dimensions in a drawing
Describe how to edit a hole table
Describe how to modify a parts list
Demonstrate how to edit a section view

5.6 Assembly Modeling

Describe the process of finding the minimum distance between parts and components
Describe the function of the different assembly constraints
Describe how to modify a bill of materials
Explain the method of creating a frame using the frame generator command
Identify uses for surfaces in the modeling process

5.7 Presentation Files

Describe how to animate a presentation file

5.8 Advanced Modeling

Describe the procress to emboss text and a profile
Create and constrain sketch blocks
Describe the process of creating an iAssembly
Describe the process to create an iPart

5.9 Sheet Metal

Demonstrate how to create and edit a sheet metal flat pattern
Describe the different types of sheet metal flanges that Inventor can create
Demonstrate how to annotate a sheet metal part in a drawing

Module 6: Autodesk Inventor Professional Preparation

6.1 Part Modeling

Create extrude features
Create hole features

6.2 Drawing

Demonstrate how to edit a section view
Create a slice view in a drawing
Demonstrate how to modify a style in a drawing

6.3 Assembly Modeling

Apply assembly constraints
Create a part in the context of an assembly
Create components using the Design
Accelerator commands
Create and edit a frame using the Frame
Generator command
Create a level of detail
Create a positional representation

6.4 Advanced Modeling

Create a 3D path using the Intersection Curve and the Project to Surface commands
Create a multi-body part
Create a part using surfaces
Create an iPart
Create a loft feature
Create plastic part features
Create a sweep feature

6.5 Sheet Metal

Create flanges using the Flange, Contour Flange, and Lofted Flange commands

6.6 Weldments

Create a weldment

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Autodesk Inventor Training Description

Understand the fundamentals of 3D mechanical design using Autodesk Inventor.
Learn parametric modeling techniques to create and modify complex parts and assemblies.
Develop skills to perform simulations and analyze product performance.
Gain expertise in generating detailed engineering drawings and documentation.
Explore advanced tools like sheet metal design, frame generator, and multi-body modeling.
Enhance workflow efficiency through design automation and productivity tools.

Mechanical Engineers
Design Engineers
Product Designers
Manufacturing Professionals
CAD Technicians
Engineering Students
Professionals transitioning to 3D design tools

There are no formal prerequisites for Autodesk Inventor Training; however, familiarity with 3D modeling or prior experience with CAD software is beneficial.

Autodesk Inventor Training Certification

Multisoft Virtual Academy provides a globally recognized training certificate to the participants, after successful completion of a training program. The training certificates are recognized and accepted across the world.

Multisoft Virtual Academy's training certificate comes with lifetime validity.

Aspirants can directly enroll for the desired course from the Book Now Button in the course page. You can also connect on Whatsapp at +91 8130666206 to talk with a training advisor. Multisoft Virtual Academy also offers customized training programs on a wide range of domains and skills.

All training programs offered by Multisoft Virtual Academy are delivered by certified industry experts, who have years of experience in the relevant domains. Multisoft Global Subject Matter Experts impart knowledge on a wide variety of training courses through one –on-one and corporate training sessions.

Multisoft Virtual Academy training certification can help participants stand out in the competitive job market. Since the training certificates are internationally accepted, participants can showcase their skills and knowledge to employers across the world.

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Autodesk Inventor Corporate Training Certification

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Lifetime E-learning Access
Recorded Training Session Videos
Free Access to Practice Tests

24x7 Assistance

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Doubt Resolution in Real-time
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Autodesk Inventor Training FAQ's

Autodesk Inventor Training is a structured program designed to teach users how to effectively utilize Autodesk Inventor software for 3D mechanical design, simulation, and documentation. The training covers various aspects, including part modeling, assembly creation, and drawing generation, enabling participants to develop comprehensive design skills.

Participants will learn: • Data integration and ingestion techniques • Advanced data visualization methods • Building and managing data pipelines • Creating actionable business insights • Collaborative data analysis strategies • Utilization of machine learning models • Security and privacy best practices in data handling

Autodesk offers a variety of resources, including: • Instructor-led courses using official training materials. • Autodesk Knowledge Network • In-product tutorials covering specific functionalities.

Yes, Multisoft Virtual Academy offers certification after course completion to validate your skills and knowledge.

To contact Multisoft Virtual Academy you can mail us on enquiry@multisoftvirtualacademy.com or can call for course enquiry on this number +91 8130666206