Civil And Mechanical
Ansys Certification Training
ANSYS Certification Training teaches students how to do finite element analysis (FEA), computational fluid dynamics (CFD), and multiphysics simulations. Get hands-on experience with structural, thermal, and fluid simulations for use in engineering.
5/5(4,890 Reviews)
Level
Advanced
Duration
8 Weeks
What is Ansys Certification Training?
This training gives you all the information you need to use ANSYS software to model real-world engineering problems. Participants will learn how to analyze structures, heat, and fluid flow, improve designs, and make sure that products work as they should. The course focuses on how to make meshes, how to use solvers, and how to understand the results. By the end, students will be able to confidently work on simulation projects for mechanical, aerospace, automotive, and industrial uses.
Training Plan
About trainer
Working professional who is carrying more then 10 years of industry experience.
Decks
The candidate will get access to the presentation taken-up during the session.
Notes
Consolidated notes in word document.
Assignments
Assignments for every module will be covered.
MCQs
MCQs for every module covered in the session would be provided.
Video Recording
Daily Session would be recorded and shared to the candidate.
Dumps for Certification
We will provide dumps for the certification exam, which will help you to prepare for the exam.
Updated Content
We provide Generative AI Driven content By experts.
Projects
3 Live Projects will be provided for practice.
Ansys Certification Training Course Curriculum
.
Introduction to ANSYS
Section 1
Understand the software interface, navigation, and project setup.
Workbench environment
File management
Units & standards
Geometry import/export
.
Geometry Creation & Import
Section 2
Learn how to create, modify, and import CAD geometry into ANSYS. Explore geometry cleanup and simplification techniques for simulation.
CAD Import
Geometry Cleanup
Sketching Tools
Geometry Simplification
.
Meshing Techniques
Section 3
Master meshing fundamentals including element types, mesh refinement, and quality checks. Learn how mesh affects accuracy and computation time.
Element Types
Mesh Refinement
Mesh Quality Checks
Adaptive Meshing
.
Structural Analysis (Static & Dynamic)
Section 4
Perform static and dynamic structural analysis to study stress, strain, and deformation. Analyze real-world mechanical components under loads.
Static Structural Analysis
Modal Analysis
Harmonic Response
Buckling Analysis
.
Thermal Analysis
Section 5
Simulate heat transfer in components and assemblies. Learn steady-state and transient thermal simulations for temperature distribution.
Steady-State Thermal
Transient Thermal
Heat Flux & Conduction
Thermal Stress
.
Fluid Flow (CFD) Analysis
Section 6
Conduct Computational Fluid Dynamics (CFD) simulations to analyze fluid flow, turbulence, and heat transfer within systems.
Fluid Flow Basics
Laminar & Turbulent Flow
Heat Transfer in Fluids
Pressure & Velocity Fields
.
Multiphysics Simulation
Section 7
Combine structural, thermal, and fluid domains for real-world multiphysics problems. Learn coupled field analysis for advanced applications.
Fluid-Structure Interaction
Thermal-Structural Coupling
Electromagnetic-Structural Coupling
Multiphysics Workflow
.
Nonlinear Analysis
Section 8
Understand nonlinear effects such as material nonlinearity, large deformations, and contact problems in structural simulations.
Material Nonlinearity
Large Deformation
Contact Problems
Plasticity Analysis
.
Optimization & Parametric Studies
Section 9
Perform design optimization using ANSYS DesignXplorer. Explore sensitivity analysis and parametric studies for product improvements.
DesignXplorer
Sensitivity Analysis
Parametric Studies
Optimization Methods
.
ANSYS Fluent (Advanced CFD)
Section 10
Dive deeper into CFD using ANSYS Fluent. Learn advanced turbulence models, multiphase flows, and combustion simulations.
Advanced Turbulence Models
Multiphase Flow
Combustion Analysis
Fluent Post-Processing
Key Projects
Ansys Certification Training
Automotive Suspension Analysis
Do a structural and thermal analysis of a car suspension system, which includes applying loads, checking for stress, and looking at how the system deforms to make sure it will last in real life.
Heat Exchanger Simulation
Use thermal and CFD analysis to model a heat exchanger, paying special attention to how the temperature changes, how to improve flow, and how to measure efficiency for use in industry.
Pump Impeller Fluid Dynamics Study
Use CFD methods to look at the fluid flow in a pump impeller, such as how fast it moves, how pressure is distributed, and how turbulence is modeled. This will help the pump work better and use less energy.
Ansys Certification Training – Associate Training Program
Category
Associate
Exam Name:
Ansys Certification Training – Associate
Exam Code:
N.A.
Exam Duration:
N.A.
Exam Format:
N.A.
Passing Score:
N.A.
Our Testimonials
Frequently Asked Questions (FAQs)
Who can enroll in ANSYS Certification Training?
Mechanical engineers, design engineers, aerospace engineers, and simulation professionals who want to learn more about FEA, CFD, and multiphysics analysis with ANSYS software will find this course very useful. People who are new to engineering but have some basic knowledge can also sign up.
What is ANSYS and why is it important?
ANSYS is a leading simulation software used for structural, thermal, fluid, and electromagnetic analysis. TechPratham’s training helps learners gain hands-on expertise to perform accurate simulations for real-world engineering projects.
Who should join ANSYS Certification Training?
Mechanical engineers, design engineers, simulation analysts, and students in engineering can join. TechPratham makes the course suitable for beginners as well as professionals seeking advanced simulation skills.
What skills will I gain in this training?
You’ll learn finite element analysis (FEA), computational fluid dynamics (CFD), thermal analysis, structural analysis, meshing, and result interpretation. TechPratham ensures skill-building through live projects and simulations.
Does the training provide practical exposure?
Yes, TechPratham provides hands-on projects, real-world simulation tasks, and case studies to ensure learners gain practical ANSYS experience.
How long does the ANSYS Certification Training take? The training typically lasts 5–7 weeks, with TechPratham offering both instructor-led and flexible self-paced learning options.
The training typically lasts 5–7 weeks, with TechPratham offering both instructor-led and flexible self-paced learning options.
Will this training help in career growth? Definitely.
TechPratham prepares learners for roles like Simulation Engineer, Design Engineer, FEA Analyst, CFD Engineer, and Product Development Engineer.
What is the expected salary after ANSYS Training?
Freshers can earn ₹3–6 LPA, while experienced ANSYS simulation professionals can earn ₹8–18 LPA+. TechPratham helps learners acquire industry-ready skills to secure high-paying roles.
What industries hire ANSYS professionals?
Industries such as automotive, aerospace, mechanical design, electronics, energy, and manufacturing hire ANSYS experts. TechPratham aligns training projects with these industry requirements.
Why should I choose this training provider?
TechPratham offers experienced trainers, updated ANSYS curriculum, practical projects, flexible learning schedules, and placement support, making it a reliable choice for simulation training.
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