Autodesk Inventor is a professional 3D CAD software developed for mechanical engineers, product designers, and manufacturing professionals. It enables users to design, simulate, visualize, and document mechanical products with high accuracy.

Inventor helps engineers create complete digital prototypes before manufacturing, reducing errors and improving product quality.

It is widely used in:

✓ Mechanical Engineering

✓ Product Design

✓ Machine Design

✓ Manufacturing Industries

✓ Industrial Equipment Design

✓ Automotive Industry

✓ Aerospace Engineering

✓ Tool & Die Design

✓ Industrial Automation

Course Objectives

After completing this course, students will learn:

✓ Create professional 3D mechanical parts

✓ Design complex assemblies

✓ Develop sheet metal components

✓ Generate manufacturing drawings

✓ Understand parametric modeling concepts

✓ Improve product design accuracy

✓ Prepare industry-ready mechanical models

✓ Create engineering documentation

Autodesk Inventor Course Syllabus

Module 1: Autodesk Inventor Interface & Fundamentals

✓ Introduction to Autodesk Inventor

✓ User Interface Overview

✓ Project Setup

✓ File Management

✓ Navigation Tools

✓ Design Environment

✓ Sketch Settings

✓ Templates & Standards

Module 2: Sketching & Part Modeling

✓ 2D Sketch Creation

✓ Sketch Constraints

✓ Geometric Constraints

✓ Dimensioning

✓ Extrude

✓ Revolve

✓ Sweep

✓ Loft

✓ Hole Features

✓ Fillets & Chamfers

✓ Pattern Features

✓ Mirror Features

Module 3: Assembly Design

✓ Assembly Environment

✓ Component Placement

✓ Assembly Constraints

✓ Motion Constraints

✓ Standard Components

✓ Design Relationships

✓ Interference Detection

✓ Assembly Management

✓ Bill of Materials (BOM)

Module 4: Sheet Metal & Drafting

✓ Sheet Metal Environment

✓ Flange Creation

✓ Bend Features

✓ Corner Relief

✓ Flat Pattern Generation

✓ Manufacturing Drawings

✓ Orthographic Views

✓ Section Views

✓ Detail Views

✓ Dimensions & Annotations

✓ Printing & Plotting

Module 5: Industrial Projects & Documentation

✓ Product Design Workflow

✓ Industrial Machine Components

✓ Mechanical Assembly Projects

✓ Manufacturing Documentation

✓ Design Validation

✓ Project Presentation

✓ Engineering Standards

✓ Final Industrial Project

Practical Projects

Students gain hands-on experience by working on real-time industry projects such as:

✓ Mechanical Gear Assembly

✓ Industrial Machine Components

✓ Shaft & Bearing Assemblies

✓ Sheet Metal Enclosures

✓ Conveyor System Components

✓ Product Assembly Design

✓ Manufacturing Drawing Documentation

✓ Industrial Product Modeling

Skills You Gain

✓ 3D Mechanical Modeling

✓ Parametric Design

✓ Assembly Design

✓ Product Development

✓ Sheet Metal Design

✓ Manufacturing Drawings

✓ Engineering Documentation

✓ Mechanical Drafting

✓ Industrial Product Design

✓ CAD Design Standards

Who Can Join?

✓ Mechanical Engineering Students

✓ Diploma Students

✓ Production Engineers

✓ Manufacturing Engineers

✓ Design Engineers

✓ Product Designers

✓ CAD Professionals

✓ Fresh Graduates

✓ Working Professionals

✓ Beginners Interested in Mechanical Design

Career Opportunities

After completing Autodesk Inventor training, students can explore careers such as:

✓ Mechanical Design Engineer

✓ CAD Design Engineer

✓ Product Design Engineer

✓ Mechanical CAD Designer

✓ Design Engineer

✓ Tool Design Engineer

✓ Industrial Product Designer

✓ Manufacturing Design Engineer

✓ Mechanical Draftsman

✓ CAD Engineer

Why Choose EduCADD Ameerpet?

✓ Experienced Industry Trainers

✓ Real-Time Industrial Projects

✓ Job-Oriented Course Curriculum

✓ Hands-On Practical Sessions

✓ Industry-Recognized Certificate

✓ Flexible Online & Offline Training

✓ Placement Assistance

✓ Modern Computer Lab

✓ Affordable Course Fee

✓ Lifetime Learning Support

Frequently Asked Questions

1. What is Autodesk Inventor training?

Autodesk Inventor training teaches students how to create professional 3D mechanical models, assemblies, sheet metal components, and manufacturing drawings used in engineering and manufacturing industries.

2. Is Autodesk Inventor suitable for beginners?

Yes. Beginners can start by learning the software interface, sketching, and basic part modeling before progressing to advanced assemblies and industrial projects.

3. Which industries use Autodesk Inventor?

Autodesk Inventor is widely used in mechanical engineering, manufacturing, automotive, aerospace, industrial automation, product development, and machine design industries.

4. Does this course include practical projects?

Yes. Students complete multiple real-time industrial projects involving product design, mechanical assemblies, sheet metal design, and manufacturing documentation.

5. What jobs can I get after Autodesk Inventor training?

After completing the course, you can apply for roles such as Mechanical Design Engineer, CAD Engineer, Product Design Engineer, Mechanical CAD Designer, Manufacturing Design Engineer, and Tool Design Engineer.

Start Your Autodesk Inventor Career Today

Build professional mechanical product design skills with industry-focused Autodesk Inventor Training at EduCADD Ameerpet, Hyderabad. Learn from experienced trainers, work on real-time projects, earn an industry-recognized certificate, and receive placement assistance to kick-start your engineering career.