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Autodesk CFD– From Fundamentals to Practical Simulation

Master Computational Fluid Dynamics using Autodesk CFD and learn how to simulate real-world fluid flow and thermal problems used in mechanical, automotive, HVAC, aerospace, and industrial design applications.

By Shubham Saxena · Professor, IIT Roorkee

Intermediate

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Requirements

This course is beginner-friendly for CFD.

But you should have

Basic engineering background (Mechanical / Civil / related)
Basic understanding of fluid mechanics concepts
Windows PC/laptop capable of running Autodesk CFD

What to expect from this course

After completing this course, you will be able to:

Explain core CFD concepts, governing equations, and solution approaches
Set up CFD models in Autodesk CFD from geometry preparation to simulation
Apply materials, boundary conditions, and initial conditions correctly
Generate and manage automatic CFD meshes
Run, monitor, and control CFD solvers efficiently
Analyze results using traces, iso-volumes, and result panels
Compare multiple design cases using Decision Center and visualization tools
Use AI/ChatGPT-assisted features for model setup, motion types, iteration review, and visualization
Complete minor CFD projects using a structured Autodesk CFD workflow

The Curriculum

Module 1: Introduction to Autodesk CFD

Autodesk CFD overview
Installing Autodesk CFD Student Version
Starting Autodesk CFD
Introduction to CFD
Steps of Computational Fluid Dynamics
Differential Approach of Fluid Flow Analysis

Module 2: Autodesk CFD Basics

Module 3: Model Setup in Autodesk CFD

Module 4: Creating Analysis Model

Module 5: Solving Analysis using Autodesk CFD

Module 6: Analyzing Results in Autodesk CFD

Module 7: Comparing and Visualization

Module 8: Autodesk CFD Minor Project

Module 9: Autodesk CFD Minor Project

Module 10: Autodesk CFD Minor Project

Module 1: Introduction to Autodesk CFD

Autodesk CFD overview
Installing Autodesk CFD Student Version
Starting Autodesk CFD
Introduction to CFD
Steps of Computational Fluid Dynamics
Differential Approach of Fluid Flow Analysis

Module 2: Autodesk CFD Basics

Module 3: Model Setup in Autodesk CFD

Module 4: Creating Analysis Model

Module 5: Solving Analysis using Autodesk CFD

Module 6: Analyzing Results in Autodesk CFD

Module 7: Comparing and Visualization

Module 8: Autodesk CFD Minor Project

Module 9: Autodesk CFD Minor Project

Module 10: Autodesk CFD Minor Project

Module 1: Introduction to Autodesk CFD

Autodesk CFD overview
Installing Autodesk CFD Student Version
Starting Autodesk CFD
Introduction to CFD
Steps of Computational Fluid Dynamics
Differential Approach of Fluid Flow Analysis

Module 2: Autodesk CFD Basics

Module 3: Model Setup in Autodesk CFD

Module 4: Creating Analysis Model

Module 5: Solving Analysis using Autodesk CFD

Module 6: Analyzing Results in Autodesk CFD

Module 7: Comparing and Visualization

Module 8: Autodesk CFD Minor Project

Module 9: Autodesk CFD Minor Project

Module 10: Autodesk CFD Minor Project

Learn from Subject Experts:

Courses are created and reviewed by professionals with real manufacturing and design experience, ensuring every lesson is accurate, practical, and industry-ready.

Learning That Works:

Complex topics are broken down into simple, actionable lessons that engineers can implement immediately.

Learn from Subject Experts:

Courses are created and reviewed by professionals with real manufacturing and design experience, ensuring every lesson is accurate, practical, and industry-ready.

Learning That Works:

Complex topics are broken down into simple, actionable lessons that engineers can implement immediately.

Learn from Subject Experts:

Courses are created and reviewed by professionals with real manufacturing and design experience, ensuring every lesson is accurate, practical, and industry-ready.

Learning That Works:

Complex topics are broken down into simple, actionable lessons that engineers can implement immediately.

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This Course includes:

4-6 Weeks (2-3 Hours/Week)
Unlimited Lifetime Access
Downloadable PDF E-Books
Certificate of Completion
Quizzes & Knowledge Checks
Downloadable Resources & Notes

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You’ll also learn how to use ChatGPT as a design assistant for commands, workflows, troubleshooting, and design ideas, making your work faster and smarter.

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Get hands-on with COMSOL's main tools for electrical systems, fluid flow, heat, structures, and pipes covering how engineers use them across different fields.

Control your models by creating variables, using formulas, and importing data from files all with AI support.

Build and manage 3D geometries, work with materials from libraries, and understand how they behave in complex simulations.

Complete real projects on meshing, solving, plotting results, and simulating mechanical systems like friction and rollers.

By the end, you'll know how to build complete engineering models in COMSOL from start to finish.

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40+ industry-focused courses covering CAD Design, FEA Simulation, CNC Programming, Robotics, Quality Control, and Smart Factory automation.

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Learn 3D CAD, Assembly, Drafting, Sheet Metal & Surface Modeling from Zero to Advanced with Practical Projects.

Each module focuses on skills actually used in mechanical design, product development, tooling, manufacturing, and automotive/aerospace engineering.

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Control your models by creating variables, using formulas, and importing data from files all with AI support.

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Best for: Working Professionals Upgrading to Industry 4.0 and Digital Manufacturing roles

Course Categories

Learn What Actually Matters

From CAD Design to Digital Manufacturing

Core Mechanical Fundamentals

Engineering Drawing

GD&T

Basics of IC Engine

Manufacturing Technologies

Basics of Material Handling

Best for: 1st & 2nd Year Engineering Students

CAD / Product Design & Modeling

AutoCAD

SolidWorks 2024

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PTC Creo

Fusion 360

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FreeCAD

Best for: 1st & 2nd Year Engineering Students

CAE, Simulation & Multiphysics

Basics of FEA with ANSYS

ABAQUS CAE

ANSYS Fluent

Autodesk CFD

OpenFOAM for CFD

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Best for: 3rd & 4th Year Engineering Students

Programming, Automation & Robotics

MATLAB Programming

Python for Mechanical Engineers & Robotics

PLC Programming and Automation

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C and C++ for Mechanical Engineers

Best for: 3rd & 4th Year Engineering Students

Manufacturing Excellence & Productivity

CNC Programming

Basics of 6 Sigma

TQM, Kaizen and 5S System

Lean Manufacturing Tools

7 QC Tools

Engineering Metrology & 3D Measurement

Uncertainty Measurement and of ISO 17025:2017

Best for: 3rd & 4th Year Engineering Students

Industry 4.0 & Smart Manufacturing

Introduction to Industry 4.0

3D Printing (Additive Manufacturing) for Industry 4.0

Digital Twins

Industrial Internet of Things (IIoT)

Basics of Digital Manufacturing

Smart Materials Science

Material Informatics

Best for: Working Professionals Upgrading to Industry 4.0 and Digital Manufacturing roles

Course Categories

Learn What Actually Matters

From CAD Design to Digital Manufacturing

Core Mechanical Fundamentals

Engineering Drawing

GD&T

Basics of IC Engine

Manufacturing Technologies

Basics of Material Handling

Best for: 1st & 2nd Year Engineering Students

CAD / Product Design & Modeling

AutoCAD

SolidWorks 2024

CATIA V5

Siemens NX

PTC Creo

Fusion 360

Simulation using SpaceClaim

FreeCAD

Best for: 1st & 2nd Year Engineering Students

CAE, Simulation & Multiphysics

Basics of FEA with ANSYS

ABAQUS CAE

ANSYS Fluent

Autodesk CFD

OpenFOAM for CFD

EV Battery Cooling

COMSOL Multiphysics

Best for: 3rd & 4th Year Engineering Students

Programming, Automation & Robotics

MATLAB Programming

Python for Mechanical Engineers & Robotics

PLC Programming and Automation

Introduction to Mechatronics (Robotics)

C and C++ for Mechanical Engineers

Best for: 3rd & 4th Year Engineering Students

Manufacturing Excellence & Productivity

CNC Programming

Basics of 6 Sigma

TQM, Kaizen and 5S System

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7 QC Tools

Engineering Metrology & 3D Measurement

Uncertainty Measurement and of ISO 17025:2017

Best for: 3rd & 4th Year Engineering Students

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Material Informatics

Best for: Working Professionals Upgrading to Industry 4.0 and Digital Manufacturing roles

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Darren Gregory

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