Master CAE, Structural Analysis, CFD & Simulation with AnsysAnsys Course at CADD Centre Rajendra Nagar, Sahibabad

Become an industry-ready CAE Engineer by mastering Ansys, the world’s leading engineering simulation software used for Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Structural Analysis, Thermal Analysis, Fluid Flow Simulation, and Product Validation.

Ansys is extensively used in Automotive, Aerospace, Manufacturing, Energy, Biomedical, Electronics, Industrial Equipment, Oil & Gas, and Research Organizations.

This practical and industry-focused course is designed for Mechanical Engineers, Civil Engineers, Aerospace Engineers, Design Engineers, R&D Professionals, Diploma Holders, Students, and Working Professionals who want to build expertise in engineering simulation and virtual product testing.

Learn through industry projects, practical case studies, and real-world simulation workflows.

Why Choose This Course?

• Industry-Oriented Practical Training

• Latest Ansys Workbench Software

• Experienced CAE Professionals

• Structural & CFD Simulations

• Real Industrial Projects

• Product Validation Techniques

• Placement Assistance

• Flexible Batch Timings

• Industry-Recognized Certification

• Project-Based Learning

Who Should Join?

This course is ideal for:

• Mechanical Engineering Students

• Civil Engineering Students

• Aerospace Engineers

• Automobile Engineers

• Design Engineers

• Production Engineers

• Manufacturing Engineers

• R&D Professionals

• Diploma Holders

• Researchers

• Working Professionals

Course Highlights

Skills Covered

• Finite Element Analysis (FEA)

• Computational Fluid Dynamics (CFD)

• Structural Simulation

• Thermal Analysis

• Fatigue Analysis

• Modal Analysis

• Vibration Analysis

• Heat Transfer

• Fluid Flow Analysis

• Product Optimization

• Engineering Validation

• Simulation Reporting

• Design Verification

• Performance Evaluation

Course Modules

Module 1 – Introduction to CAE & Ansys

• CAE Fundamentals

• Engineering Simulation Concepts

• Ansys Interface

• Workbench Environment

• Project Workflow

• Geometry Import

Module 2 – Geometry Preparation

• CAD Import

• Geometry Cleanup

• Simplification

• Named Selections

• Material Assignment

• Model Preparation

Module 3 – Meshing

• Mesh Generation

• Element Types

• Mesh Controls

• Local Refinement

• Mesh Quality

• Convergence Concepts

Module 4 – Static Structural Analysis

• Boundary Conditions

• Loads & Constraints

• Stress Analysis

• Deformation Analysis

• Factor of Safety

• Structural Validation

Module 5 – Modal Analysis

• Natural Frequencies

• Mode Shapes

• Dynamic Behaviour

• Vibration Analysis

• Resonance Studies

• Design Evaluation

Module 6 – Thermal Analysis

• Heat Transfer

• Temperature Distribution

• Steady-State Analysis

• Transient Thermal Analysis

• Thermal Stress

• Cooling Studies

Module 7 – Fatigue Analysis

• Cyclic Loading

• Life Prediction

• Fatigue Damage

• Durability Analysis

• Safety Assessment

Module 8 – CFD using Fluent

• Fluid Properties

• Flow Domains

• Boundary Conditions

• Turbulence Models

• Pressure Analysis

• Velocity Distribution

• Heat Transfer Analysis

• Flow Visualization

Module 9 – Optimization

• Design Parameters

• Sensitivity Analysis

• Weight Reduction

• Performance Enhancement

• Product Optimization

Module 10 – Live Industrial Projects

Students will work on practical projects including:

• Pressure Vessel Analysis

• Bracket Stress Analysis

• Heat Exchanger Simulation

• Pipe Flow Analysis

• Automotive Component Analysis

• Turbine Blade Analysis

• Structural Frame Simulation

• Cooling System Design

• Fluid Dynamics Projects

• Product Validation Projects

Software Covered

• Ansys Workbench

• Ansys Mechanical

• Ansys Fluent

• SpaceClaim

• DesignModeler

• CFD Post

Practical Projects

✔ Pressure Vessel Analysis

✔ Cantilever Beam Analysis

✔ Connecting Rod Simulation

✔ Heat Transfer Project

✔ Pipe Flow Simulation

✔ Automotive Bracket Analysis

✔ Thermal Cooling Study

✔ Fan Performance Analysis

✔ Structural Frame Analysis

✔ Product Optimization Project

Skills You Will Learn

Students completing this course gain expertise in:

• Structural Simulation

• Finite Element Analysis

• CFD Simulation

• Thermal Analysis

• Fatigue Analysis

• Product Validation

• Engineering Optimization

• Simulation Reporting

• Design Verification

• Performance Analysis

Industries Using Ansys

Ansys is widely used in:

• Automotive Industry

• Aerospace Industry

• Manufacturing Sector

• Defence Industry

• Energy Sector

• Biomedical Engineering

• Electronics Industry

• Industrial Equipment

• Oil & Gas Industry

• Research Organizations

Career Opportunities

After completing this course, students can work as:

• CAE Engineer

• Simulation Engineer

• Structural Analyst

• CFD Engineer

• Design Validation Engineer

• Product Development Engineer

• Thermal Analyst

• Research Engineer

• Mechanical Design Engineer

• Analysis Engineer

• FEA Engineer

Course Duration

Regular Course: 3–4 Months

Fast Track Course: 45–60 Days

Weekday and Weekend Batches Available

Certification

Students receive an Industry-Recognized Ansys Course Completion Certificate upon successful completion of training and projects.

Placement Assistance

Our placement support includes:

✔ Resume Preparation

✔ CAE Portfolio Development

✔ Technical Interview Preparation

✔ Mock Interviews

✔ Internship Opportunities

✔ Placement Assistance

Why Choose CADD Centre Rajendra Nagar?

20+ Years of Engineering Training Excellence

• Experienced CAE Experts

• Modern Computer Labs

• Practical Learning Environment

• Project-Based Training

• Individual Student Attention

• Small Batch Sizes

• Career Guidance

• Placement Support

• Updated Curriculum

• Industry Exposure

Frequently Asked Questions (FAQs)

What is Ansys used for?

Ansys is a powerful engineering simulation software used for FEA, CFD, thermal analysis, vibration studies, fluid flow simulation, and product performance evaluation.

Is Ansys suitable for beginners?

Yes. The course starts from engineering simulation fundamentals and progresses to advanced structural and CFD analysis techniques.

Which industries use Ansys?

Ansys is widely used in:

• Automotive

• Aerospace

• Manufacturing

• Energy

• Biomedical

• Electronics

• Industrial Equipment

• Oil & Gas

• Research Organizations

Will I work on live projects?

Yes. Students complete practical simulation projects involving structures, fluids, heat transfer, and product optimization.

Is placement support available?

Yes. We provide placement assistance, interview preparation, portfolio development, and internship guidance.

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Learn Ansys at CADD Centre Sahibabad. Master FEA, CFD, thermal analysis, simulation and product validation with live projects.