Autodesk CFD– From Fundamentals to Practical Simulation
What You Will Learn
✓ Master Autodesk CFD fundamentals including interface navigation, workflow setup, and simulation basics
✓ Simulate real-world fluid flow problems across internal and external flow applications
✓ Perform thermal analysis and heat transfer simulations for HVAC, electronics cooling, and thermal systems
✓ Apply CFD to mechanical, automotive, aerospace, and industrial design projects with practical case studies
✓ Analyze and interpret simulation results, validate performance, and optimize designs confidently
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
By Shubham Saxena · Professor, IIT Roorkee
Intermediate
Featured
Trusted By 23.5K+ Engineers
Learn 40+ Mech Tools
Learn 40+ Mech Tools
Learn 40+ Mech Tools
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
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
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Our Courses
Industry-Ready Mechanical Skills
40+ industry-focused courses covering CAD Design, FEA Simulation, CNC Programming, Robotics, Quality Control, and Smart Factory automation.
Everything Modern Engineers Need to Succeed.
Our Courses
Industry-Ready Mechanical Skills
40+ industry-focused courses covering CAD Design, FEA Simulation, CNC Programming, Robotics, Quality Control, and Smart Factory automation.
Everything Modern Engineers Need to Succeed.
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Learn 40+ Mechanical Engineering Tools
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Build design output that teams can manufacture: 2D drafting, 3D modeling, assemblies, and drawings.
CAE Simulation: FEA, CFD & Multiphysics
Validate before you build. This track covers FEA and CFD simulation workflows used in CAE and R&D teams.
Quality, Metrology & Lean Manufacturing
Run stable production and prove quality with measurement discipline, root-cause thinking, and lean tools.
Industry 4.0 Course: Smart Manufacturing
Move from classical mechanical to factory tech: data, connectivity, and digital manufacturing concepts used in modern plants.
Course Categories
Learn 40+ Mechanical Engineering Tools
On GaugeHow, the Mechanical Engineering Courses are grouped by real job tracks, so you can pick the skills recruiters expect for design, simulation, manufacturing, quality, automation, and smart factories.
CAD Courses: Product Design & Modeling
Build design output that teams can manufacture: 2D drafting, 3D modeling, assemblies, and drawings.
CAE Simulation: FEA, CFD & Multiphysics
Validate before you build. This track covers FEA and CFD simulation workflows used in CAE and R&D teams.
Quality, Metrology & Lean Manufacturing
Run stable production and prove quality with measurement discipline, root-cause thinking, and lean tools.
Industry 4.0 Course: Smart Manufacturing
Move from classical mechanical to factory tech: data, connectivity, and digital manufacturing concepts used in modern plants.
Course Categories
Learn 40+ Mechanical Engineering Tools
On GaugeHow, the Mechanical Engineering Courses are grouped by real job tracks, so you can pick the skills recruiters expect for design, simulation, manufacturing, quality, automation, and smart factories.
CAD Courses: Product Design & Modeling
Build design output that teams can manufacture: 2D drafting, 3D modeling, assemblies, and drawings.
CAE Simulation: FEA, CFD & Multiphysics
Validate before you build. This track covers FEA and CFD simulation workflows used in CAE and R&D teams.
Quality, Metrology & Lean Manufacturing
Run stable production and prove quality with measurement discipline, root-cause thinking, and lean tools.
Industry 4.0 Course: Smart Manufacturing
Move from classical mechanical to factory tech: data, connectivity, and digital manufacturing concepts used in modern plants.
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