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Autodesk Inventor Course

Professional engineer analyzing digital CAD models and construction plans at workstation.
Edoxi's 30-hour Online Autodesk Inventor Course helps you master 3D parametric modelling, assembly design, sheet metal, and technical drafting. Gain practical skills, build a strong portfolio, improve team efficiency, and earn industry-recognised Autodesk certification. Enrol today and boost your CAD expertise anywhere!
Course Duration
30 Hours
Corporate Days
4 Days
Learners Enrolled
50+
Modules
8
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Course Rating
5
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Mode of Delivery
Online
Certification by

What Do You Learn from Edoxi's Autodesk Inventor Training

Parametric Part Modelling Fundamentals
Learn to create intelligent 3D parts using sketches, constraints, and feature-based tools such as extrude, revolve, sweep, and loft for accurate, editable designs.
Multi-Component Assembly Design
Build complex mechanical assemblies using constraints and joints, generate bills of materials, and run interference checks to improve overall design accuracy.
Sheet Metal Design Techniques
Design sheet metal components with flanges, bends, and corner treatments, and generate flat patterns that align with real-world manufacturing needs.
Surface Modelling for Complex Geometry
Develop advanced surface models for complex shapes and convert them into solid bodies suitable for functional industrial components.
Frame Generator for Structural Design
Create structural frames using skeleton sketches and standard members, applying correct connections and end treatments for dependable assemblies.
Technical Drawing and Documentation
Produce clear, production-ready 2D drawings with standard views, sections, dimensions, and annotations to support effective manufacturing communication.

About Our Online Autodesk Inventor Course

Edoxi is recognised as a leading training institute for Autodesk Inventor, offering a 30-hour online course designed for global learners seeking job-ready mechanical design skills. Our training combines hands-on practice with industry-aligned workflows, helping you build practical expertise that fits real engineering and manufacturing environments.

This Autodesk Inventor training focuses on applied learning through structured modules covering parametric modelling, assembly design, sheet metal workflows, and technical drafting. Guided by expert trainers, you gain clear insight into how Inventor is used across global industries, from product development to manufacturing documentation.

As organisations worldwide move from 2D drafting to intelligent 3D modelling, strong Autodesk Inventor skills set you apart. Our course supports end-to-end design learning—from concept modelling to production-ready drawings—strengthening accuracy, efficiency, and design intent for roles such as Mechanical Designer, CAD Specialist, or Product Design Engineer.

Edoxi also delivers corporate training in Autodesk Inventor for teams, customised to match organisational workflows and project requirements. Our online corporate training supports consistent standards, faster design cycles, and improved collaboration across distributed teams.

This 30-hour online Autodesk Inventor course offers a focused and efficient way to upgrade CAD capabilities without long learning curves. You gain practical modelling and digital prototyping skills while building a solid foundation for Autodesk Inventor certification and advanced learning paths.

Flexible Autodesk Inventor course fee options are available based on batch and learning format, with full clarity on training value and inclusions. Contact us to speak with our team, explore the right training option, and enrol in one of the best online Autodesk Inventor courses today.

Key Features of Edoxi's Autodesk Inventor Training

Autodesk-Aligned Curriculum

Learn through industry-aligned Autodesk Inventor content that reflects current global design standards. This can help you build skills recognised across engineering and manufacturing sectors worldwide.

Bill of Materials (BOM) Management

Practise creating and managing accurate BOMs in an online environment. Therefore, project data stays organised and manufacturing documentation remains clear and reliable.

Motion Simulation and Design Validation

Explore our motion simulation tools to analyse assembly movement and component interaction. This can help you validate designs early and reduce rework during development.

Autodesk Ecosystem Integration

Work smoothly across the Autodesk ecosystem, using Inventor with related tools to support collaborative, multi-discipline workflows in modern online design teams.

Who Can Join Our Autodesk Inventor Course?

Mechanical Engineers

Professionals aiming to strengthen 3D CAD expertise through parametric modelling and structured mechanical design workflows.

Mechanical Draftsmen

Draftsmen moving beyond traditional 2D drafting into advanced 3D modelling and detailed design documentation.

Revit and Architecture Professionals

Autodesk users expanding their skill set into mechanical design, assemblies, and manufacturing-oriented workflows.

Fabrication and Design Engineers

Professionals working with sheet metal, weldments, and production-ready models for real manufacturing environments.

Corporate Design Teams

Organisations seeking consistent, standardised mechanical design practices across distributed or remote teams.

CAD Operators Seeking Career Growth

CAD operators progressing from basic drafting tasks to parametric modelling, assembly creation, and design coordination.

Our Autodesk Inventor Course Modules

Module 1: Introduction to Autodesk Inventor & Interface
  • Chapter 1.1: Autodesk Inventor Fundamentals

    • Lesson 1.1.1: Overview of Autodesk Inventor and industry applications
    • Lesson 1.1.2: Understanding parametric design concepts
    • Lesson 1.1.3: User interface navigation and customisation
  • Chapter 1.2: Project Setup and Sketching

    • Lesson 1.2.1: File types, templates, and project setup
    • Lesson 1.2.2: Sketching fundamentals and constraint management
Module 2: Part Modelling
  • Chapter 2.1: 2D Sketching for Part Design

    • Lesson 2.1.1: Creating 2D sketches for part design
    • Lesson 2.1.2: Feature creation: Extrude, Revolve, Sweep, and Loft
  • Chapter 2.2: Advanced Part Features

    • Lesson 2.2.1: Work planes, work axes, and work points
    • Lesson 2.2.2: Fillets, chamfers, patterns, and mirrors
  • Chapter 2.3: Design Optimisation

    • Lesson 2.3.1: Parametric dimensions and design intent
    • Lesson 2.3.2: Feature editing and model optimisation
Module 3: Assembly Modelling
  • Chapter 3.1: Assembly Workflow

    • Lesson 3.1.1: Assembly environment and workflow
    • Lesson 3.1.2: Placing and grounding components
  • Chapter 3.2: Assembly Constraints and Analysis

    • Lesson 3.2.1: Applying assembly constraints and joints
    • Lesson 3.2.2: Sub-assemblies and assembly hierarchy
  • Chapter 3.3: Assembly Documentation

    • Lesson 3.3.1: Interference detection and contact analysis
    • Lesson 3.3.2: Bill of Materials (BOM) generation
Module 4: Sheet Metal Design
  • Chapter 4.1: Sheet Metal Fundamentals

    • Lesson 4.1.1: Sheet metal environment and rules
    • Lesson 4.1.2: Creating sheet metal parts from sketches
  • Chapter 4.2: Sheet Metal Features

    • Lesson 4.2.1: Bends, flanges, contours, and corner treatments
    • Lesson 4.2.2: Unfold and refold operations
  • Chapter 4.3: Manufacturing Documentation

    • Lesson 4.3.1: Flat pattern creation and export
    • Lesson 4.3.2: Manufacturing-ready sheet metal drawings
Module 5: Surface Modelling
  • Chapter 5.1: Surface Design Concepts

    • Lesson 5.1.1: Introduction to surface modelling concepts
    • Lesson 5.1.2: Creating and editing surface features
  • Chapter 5.2: Advanced Surface Operations

    • Lesson 5.2.1: Surface trimming, stitching, and sculpting
    • Lesson 5.2.2: Converting surfaces to solid bodies
    • Lesson 5.2.3: Applications of surface modelling in complex designs
Module 6: Frame Generator
  • Chapter 6.1: Frame Structure Design

    • Lesson 6.1.1: Introduction to frame structures and use cases
    • Lesson 6.1.2: Creating skeleton sketches for frames
  • Chapter 6.2: Frame Assembly and Documentation

    • Lesson 6.2.1: Applying standard frame members
    • Lesson 6.2.2: Managing frame connections and end treatments
    • Lesson 6.2.3: Frame documentation and BOM
Module 7: Drafting & Documentation
  • Chapter 7.1: 2D Drawing Creation

    • Lesson 7.1.1: Creating 2D drawings from parts and assemblies
    • Lesson 7.1.2: Standard views, sections, and details
  • Chapter 7.2: Drawing Standards and Templates

    • Lesson 7.2.1: Dimensioning and annotation standards
    • Lesson 7.2.2: Title blocks and drawing templates
    • Lesson 7.2.3: Assembly drawings and exploded views
Module 8: Rendering & Visualisation
  • Chapter 8.1: Material and Appearance Application

    • Lesson 8.1.1: Applying materials and appearances
    • Lesson 8.1.2: Lighting and environment settings
  • Chapter 8.2: Photorealistic Output

    • Lesson 8.2.1: Camera views and visual styles
    • Lesson 8.2.2: Photorealistic rendering using Inventor Studio
    • Lesson 8.2.3: Exporting rendered images for presentations

Download Autodesk Inventor Course Brochure

Hands-On Activities in Our Online Autodesk Inventor Course

Practical learning drives our online Autodesk Inventor training, helping you apply concepts to real mechanical design tasks from anywhere. Each guided activity builds confidence through hands-on experience below.

Parametric Sketch Development

This exercise focuses on creating constraint-based 2D sketches using geometric and dimensional controls, helping you capture design intent and build accurate foundations for 3D models.

Functional Part Modelling

Here, you design mechanical components using feature-based tools such as extrude, revolve, patterns, and fillets, strengthening your ability to model functional, editable parts efficiently.

Multi-Component Assembly Creation

In this activity, you work with multiple components to create structured assemblies, apply joints and constraints, manage sub-assemblies, and perform interference checks for design accuracy.

Sheet Metal Design and Flat Patterns

This exercise covers the creation of sheet metal parts with bends, flanges, and corner treatments, followed by generating fabrication-ready flat patterns aligned with manufacturing needs.

Surface Modelling and Solid Conversion

Here, you develop complex geometries using surface modelling tools, apply trimming and stitching techniques, and convert surfaces into solid, production-ready components.

Frame Design and Technical Documentation

This activity involves building structural frames using skeleton sketches and standard members, then producing clear 2D drawings with dimensions and annotations for effective manufacturing communication.

Autodesk Inventor Course Outcomes and Career Opportunities

Completing our online Autodesk Inventor course strengthens your practical mechanical design skills and opens global career pathways across engineering, manufacturing, and product development. Here are the major Course Outcomes

Course Outcome Image
Develop strong parametric modelling skills that keep designs flexible and easy to update during changes.
Improve design accuracy by creating precise 3D parts and production-ready assemblies.
Gain confidence in managing multi-component assemblies with clear structure and correct constraints.
Create manufacturing-ready drawings, BOMs, and flat patterns that align with global industry standards.
Speed up design iterations using efficient parametric workflows suited to tight project timelines.
Collaborate smoothly with fabrication and production teams through standardised design practices.

Career Opportunities After Autodesk Inventor Certification

  • Mechanical Designer
  • Technical Designer
  • CAD Designer
  • Mechanical CAD Draftsman
  • Product Design Engineer
  • Sheet Metal Design Engineer
  • Fabrication Design Specialist
  • Mechanical Design Coordinator
  • Junior Mechanical Engineer
  • CAD Automation Specialist

Autodesk Inventor Training Options

Live Online Training

  • 30 training hours delivered through interactive, real-time instructor-led sessions

  • Flexible schedules designed around working professionals

  • Remote access to virtual Autodesk Inventor design labs

  • One-to-one personalised training option available

Corporate Training

  • 4-day intensive corporate training programme

  • Customised delivery at your site, Edoxi Design Lab, hotel venues, or virtual classrooms

  • Fly-a-Trainer and destination training options for team-based learning

  • Content aligned to your project workflows and business needs

Do You Want a Customised Training for Autodesk Inventor?

Get expert assistance in getting you Autodesk Inventor Course customised!

How To Get Autodesk Inventor Certified?

Here’s a four-step guide to becoming a certified Autodesk Inventor professional.

Do You Want to be a Certified Professional in Autodesk Inventor?

Join Edoxi’s Autodesk Inventor Course

Why Choose Edoxi for your Online Autodesk Inventor Training?

Edoxi’s 30-hour Autodesk Inventor Course gives you practical, online Autodesk Inventor training built for global learners and remote teams. We focus on skills you use at work, so your learning stays relevant and results-driven. Here are the reasons to choose us. 

Industry-Aligned Autodesk Curriculum

You learn through Autodesk-approved content aligned with global standards, and we support your path towards Autodesk Inventor Certification with structured guidance.

Practical, Job-Focused Learning

You apply parametric modelling, assemblies, and sheet metal workflows through hands-on exercises that reflect real engineering tasks we see across industries.

Flexible Corporate Training Options

We support your organisation with customised online Autodesk Inventor training, including intensive formats and progress tracking to measure team development.

Small-Batch Expert Guidance

You train in small groups where our trainers focus on your design challenges, helping you strengthen modelling accuracy and documentation skills.

End-to-End Design Coverage

You build confidence across the full mechanical design lifecycle, from initial sketches to production-ready drawings, BOMs, and visual outputs.

Certification Readiness Support

We provide practice resources and expert feedback so you feel prepared for the Autodesk Inventor Certification Course and global professional recognition.

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Edoxi is Recommended by 95% of our Students

Meet Our Mentor

Our mentors are leaders and experts in their fields. They can challenge and guide you on your road to success!

mentor-image

MANDER G SINGH

Mander Singh is a Senior Design Professional with over 9 years of experience in interior design, architecture, and project management. He specialises in BIM, modelling, drafting, and sustainable design, using tools like AutoCAD, Revit, SketchUp, and Lumion. Mander is known for his practical, hands-on training that equips learners with real-world skills in architecture and interior design.

Mander holds a Bachelor's in Architecture and is certified in Advanced Revit Training. He has led high-end commercial and hospitality projects in India and the UAE. He also has experience in delivering innovative design solutions and managing fit-out projects. Mander is passionate about sustainable design, mentoring future talent, and using the latest technology to boost creativity and efficiency.

Locations Where Edoxi Offers Autodesk Inventor Course

Here are the major international locations where Edoxi offers Autodesk Inventor Course

FAQ

What do you learn from Edoxi’s Autodesk Inventor Course?
In Edoxi’s Autodesk Inventor Course, you build practical skills in parametric part modelling, multi-component assemblies, sheet metal design, surface modelling, frame generation, and production-ready technical drawings. We guide you through the complete mechanical design workflow used across global industries.
Is Edoxi’s Autodesk Inventor Training delivered fully online?
Yes. Our Autodesk Inventor training is delivered online with live, instructor-led sessions. You learn through guided demonstrations, hands-on exercises, and real-time feedback, making the experience interactive and practical from anywhere.
Who can join Edoxi’s Autodesk Inventor Training?
Edoxi’s Autodesk Inventor Course suits mechanical engineers, CAD designers, draftsmen, product designers, fabrication professionals, and learners moving into mechanical design roles. Corporate teams also join our training to standardise design workflows.
What are the prerequisites to join the Autodesk Inventor Course?
Basic understanding of mechanical concepts and comfort using computers help, but they are not mandatory. Our Autodesk Inventor training starts with interface navigation and sketching basics, making it accessible even if you are new to 3D CAD.
How long is the Edoxi Autodesk Inventor Course?
The Autodesk Inventor Certification Course runs for 30 hours. The schedule stays flexible for online learners, allowing you to balance learning with work or academic commitments.
How does Edoxi’s Autodesk Inventor Training help in real jobs?
You practise modelling parts, assemblies, sheet metal components, and drawings used in real projects. We focus on accuracy, design intent, and efficiency, helping you apply Autodesk Inventor confidently in professional environments.
What makes parametric modelling important in Autodesk Inventor?
Parametric design helps you update models quickly without rebuilding them. In our Autodesk Inventor Course, you learn how design changes automatically reflect across parts, assemblies, and drawings, saving time and reducing errors.
Does the course include sheet metal and manufacturing workflows?
Yes. Our Autodesk Inventor training covers sheet metal tools, bend rules, flat patterns, and manufacturing-ready documentation, helping you design components suitable for real fabrication processes.
How does Edoxi support hands-on learning in online Autodesk Inventor Training?
We use guided exercises, live demonstrations, and practical assignments. You work on parts, assemblies, and drawings while our trainers provide feedback, ensuring concepts translate into usable skills.
Is this Autodesk Inventor Course suitable for corporate training?
Yes. Edoxi offers corporate Autodesk Inventor training online, customised to match your organisation’s design standards and project needs. We support teams in improving consistency, speed, and design quality.
How does Edoxi prepare you for Autodesk Inventor Certification?
Our Autodesk Inventor Certification Course aligns with certification objectives and practical skill requirements. We support you with structured practice, expert guidance, and feedback to strengthen certification readiness.
What certification do you receive after completing the course?
After completing Edoxi’s Autodesk Inventor Course, you receive a course completion certificate. This also prepares you to pursue official Autodesk Inventor Certification for global professional recognition.
What career opportunities open up after Autodesk Inventor Training?
After completing the course, you qualify for roles such as Mechanical Designer, CAD Designer, Product Design Engineer, Sheet Metal Designer, Assembly Designer, and Mechanical Draftsman across global industries.
What is the average salary for Autodesk Inventor-certified professionals globally?
Globally, Autodesk Inventor-certified professionals earn competitive salaries that typically range from USD 40,000 to 90,000 per year, depending on experience, role, and industry sector.
How does Autodesk Inventor integrate with other design tools?
During Edoxi’s Autodesk Inventor training, you learn how Inventor integrates with other CAD and engineering tools, supporting smooth data exchange and collaboration across multi-discipline design environments.
Why choose Edoxi for an online Autodesk Inventor Course?

Edoxi combines expert trainers, hands-on learning, flexible online delivery, and certification-aligned content. We focus on skills you apply at work, making our Autodesk Inventor training practical, relevant, and globally valuable.