ANSYS Training Course Online

4 Lesson

35 Hours

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igmGuru offers the best ANSYS Training Program worldwide to learners of all levels. This program builds a strong foundation in engineering simulation by covering everything from ANSYS basics to advanced analysis techniques. Our training covers key topics such as geometry preparation, meshing strategies, structural analysis, thermal simulations, computational fluid dynamics (CFD), electromagnetics, optimization, multiphysics applications and many more.

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Ansys Course Overview

ANSYS is one of the world's leading engineering simulation software platforms used for structural analysis, computational fluid dynamics (CFD), thermal simulations, electromagnetics, and multiphysics engineering applications. This ANSYS training helps you master simulation-driven design and engineering validation techniques used across aerospace, automotive, manufacturing, and energy industries.

Prerequisites

Understanding of mechanics, thermodynamics, and fluid dynamics
Comfort with algebra, calculus, and differential equations
Basic knowledge of material properties, stress-strain relationships, heat transfer, and fluid flow

What You Will Learn in this ANSYS Training

Set up your ANSYS Workbench environment and understand the basics of simulation.
Learn the interface, navigation tools, project workflow, and solver integration.
Import or create geometry, clean up models, and simplify designs.
Apply meshing techniques, refine mesh quality, and assign material properties.
Perform static, modal, and harmonic analyses for stress, deformation, and vibration.
Explore nonlinear behavior, contact problems, and fatigue life predictions.
Solve steady-state and transient heat transfer problems.
Apply conduction, convection, and radiation boundary conditions for thermal simulations.
Set up and run fluid flow simulations using ANSYS Fluent/CFX.
Study turbulence, multiphase flows, combustion, and heat transfer in fluids.
Work with ANSYS Maxwell/HFSS for field simulations.
Analyze electrostatic, magnetostatic, and high-frequency electromagnetic applications.
Study time-dependent structural responses to impacts, shocks, and vibrations.
Perform nonlinear dynamic and explicit analyses for complex loading scenarios.
Combine structural, thermal, fluid, and electromagnetic domains.
Simulate real-world interactions such as fluid-structure interaction (FSI) and thermal-stress coupling.

Ansys Training Course Objectives

This ANSYS training is built for engineers who want to validate designs through simulation, reduce product development risks, and make data-driven engineering decisions before manufacturing begins.

Understand the fundamentals of Finite Element Analysis (FEA).
Perform structural, thermal, and fluid simulations.
Analyze stress, strain, vibration, and fatigue behavior.
Optimize designs using simulation-driven engineering.
Create realistic engineering models and meshes.
Interpret simulation results for design improvements.
Apply engineering validation techniques used in industry.

Who Can Take This Course

Engineering students and graduates from mechanical, civil, or aerospace fields
Design and simulation engineers seeking advanced ANSYS skills
Product design engineers involved in validation and performance testing
Researchers and academicians working on structural or fluid simulations
CAD/CAE professionals wanting to expand into simulation and analysis
Professionals planning a career switch into simulation or design roles
Corporate engineering teams looking to upskill through custom training

Tools and Technologies Covered

Gain practical exposure to industry-leading simulation tools used across aerospace, automotive, manufacturing, and energy sectors.

Ansys Mechanical
Ansys Workbench
Ansys Fluent
Ansys Meshing
CFD Simulation Tools
Structural Analysis Modules
Thermal Analysis Tools
Engineering Optimization Techniques

Salary of ANSYS Professionals

Simulation expertise is highly valued in engineering organizations that focus on product innovation and performance optimization.

Source: Industry salary estimates based on market trends and data from Glassdoor, Indeed, AmbitionBox, and leading recruitment platforms.

Experience level	India (INR)	US (USD)
Entry level (0-2 yrs)	₹6 LPA - ₹10 LPA	$95K - $110K
Mid level (2-5 yrs)	₹10 LPA - ₹16 LPA	$110K - $130K
Senior level (5+ yrs)	₹16 LPA - ₹22 LPA+	$130K - $145K+

Why Choose Our ANSYS Training Course?

Covers ANSYS from basics to advanced simulation techniques (FEA, CFD, thermal, etc.)
Provides hands-on learning through real-world projects and simulations
Taught by industry experts with 10+ years of experience
Prepares you for official ANSYS certification exams
Offers flexible online learning options with live and recorded sessions
Focused on career growth in engineering and simulation domains
Uses the latest ANSYS software tools aligned with industry standards
Globally recognized training trusted by professionals worldwide
Includes 24/7 learner support and one-on-one mentorship
Affordable pricing with high-quality learning outcomes

Key Features

100% Money-Back Guarantee
24 X 7 Lifetime Support & Access
1 On 1 Training Option Available
Flexible Schedule
Experienced & Professional Trainers
Small Batches Upto 10 Participants

Ansys Certification Training Modules

Lesson 1 - Introduction & Basics

1. Overview of ANSYS software / ecosystem

2. Licensing & user interface

3. Installation and setup

4. Basic project workflow

Lesson 2 - Pre-processing

1. Geometry import / creation (CAD / native tools like SpaceClaim / DesignModeler)

2. Clean-up,simplification, defeaturin

3. Meshing: types (tetrahedral, hexahedral, polyhedral), element quality, mesh refinement

4. Boundary conditions, loads, constraints

Lesson 3 - Structural / Solid Mechanics

1. Linear static analysis

2. Modal / vibration analysis

3. Steady-state thermal structural coupling

4. Nonlinear material behaviour (plasticity, hyperelasticity)

5. Contact, large deflections

6. Fatigue and life prediction

Lesson 4 - Thermal Analysis

1. Heat conduction (steady & transient)

2. Convection & radiation

3. Coupled thermal-structural problems

4. Thermal loads and heat transfer in assemblies

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Ansys Online Course Fees

Online Class Room Program

US $ 799.00

100% Money Back Guarantee

Duration : 35 Hrs
Plus Self Paced

Classes Starting From

Fast Track Batch 05 Jul 2026
Weekday Batch 06 Jul 2026
Weekend Batch 11 Jul 2026

Corporate Training

Customized Training Delivery Model
Flexible Training Schedule Options
Industry Experienced Trainers
24x7 Support

Trusted By Top Companies Worldwide

Want to know Today's Offer

Ansys Certification Exam

We will provide the guidance on below mention certification exams:

Certification Name

ANSYS Fluent – Getting Started Certification

Exam Format

Duration: ~2–3 hours (split across 1 theory test + 4 simulation tests)
Number of Questions: Varies (theory test is MCQs; simulation tests require solving and submitting models)
Passing Score: 75% (must achieve on each test)
Type: Mix of multiple-choice and hands-on simulation tasks
Mode: Online, self-paced via ANSYS Innovation Space (with cloud-based ANSYS Student software access)

Exam Cost

Typically around $50–$100 USD, depending on location and subscription plan

Certification Name

ANSYS Structural – Getting Started Certification

Exam Format

Duration: ~2 hours (includes theory and hands-on simulation tasks)
Number of Questions: Combination of MCQs + applied problem-solving
Passing Score: 75%
Type: Covers basics of structural analysis – static, modal, and thermal-structural cases
Mode: Online, self-paced via ANSYS Innovation Space

Exam Cost

Approximately $50–$100 USD (varies by region)

Certification Name

ANSYS Professional Certification (Structures, Fluids, Electronics – Advanced Track)

Exam Format

Duration: ~3–4 hours
Number of Questions: Advanced scenario-based MCQs + project-based simulation assignments
Passing Score: 75%
Type: Industry-level certification for professionals validating advanced ANSYS expertise
Mode: Online, proctored, available worldwide (via ANSYS Learning Hub/Innovation Space)

Exam Cost

Typically $200–$300 USD depending on specialization and country

FAQ's

Q1. Does this ANSYS training include hands-on projects?

Yes. At igmGuru, learners work on real-world simulation projects covering structural, thermal, and CFD analysis to gain practical experience with industry-relevant scenarios.

Q2. Will I learn both FEA and CFD in this ANSYS course?

Absolutely. Our ANSYS training covers Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD), helping you develop skills used across engineering and product design domains.

Q3. Is this ANSYS course suitable for beginners?

Yes. We start with ANSYS fundamentals and gradually move to advanced simulation concepts, making the course suitable for both beginners and experienced professionals.

Q4. What industries use ANSYS simulation software?

ANSYS is widely used in aerospace, automotive, manufacturing, energy, electronics, and construction industries for design validation, performance analysis, and product optimization.

Q5. Will I learn multiphysics simulations in this training?

Yes. The course introduces multiphysics applications such as fluid-structure interaction (FSI), thermal-stress coupling, and other integrated simulation techniques.

Q6. Can this ANSYS training help me pursue a simulation engineering career?

Yes. The program equips you with practical simulation skills that are highly valued for roles such as CAE Engineer, CFD Engineer, FEA Analyst, and Simulation Engineer.