ANSYS: Simulation & Analysis 3-WEEK

📚 Course Description:

“Mastering ANSYS: Simulation & Analysis for Engineers” is a comprehensive certification course designed to equip mechanical, civil, aerospace, and structural engineers with the essential skills needed to simulate real-world problems using ANSYS — one of the most powerful tools in computer-aided engineering (CAE).

This hands-on course walks you through the complete process of simulation — from geometry creation and meshing to analysis, optimization, and result interpretation — using ANSYS Workbench, Fluent, and Structural modules.

Whether you’re a student, a professional seeking to upskill, or a project designer, this course will help you gain practical knowledge in FEA (Finite Element Analysis), CFD (Computational Fluid Dynamics), thermal analysis, structural mechanics, and more.

🎯 What You’ll Learn:

Introduction to ANSYS Workbench Interface
Finite Element Analysis (FEA) Fundamentals
Static Structural Analysis
Thermal and Modal Analysis
Computational Fluid Dynamics (CFD) with Fluent
Meshing Techniques and Best Practices
Real-Time Industrial Projects and Case Studies
Post-Processing and Results Interpretation
Optimization and Simulation Automation
Tips for Simulation Report Creation

🧰 Tools Covered:

ANSYS Workbench
ANSYS Mechanical
ANSYS Fluent
DesignModeler / SpaceClaim
Engineering Data and Material Customization

🕒 Duration:

4 Weeks (Offline) + 2 Weeks (Online)
Total: 6 Weeks Hybrid Mode

🎓 Certification:

Upon successful completion, you will receive a Government-recognized Certificate (AICTE + ISO + MSME + Startup India approved) via SwiftlySewa Career Portal under SkyInternova.

👨‍💻 Who Can Enroll:

B.Tech/Diploma/M.Tech Students
Working Professionals in Design/Simulation
Research Scholars
Anyone aspiring to learn real-time engineering simulations

📌 Key Highlights:

✅ Government Recognized Internship
✅ Practical Simulation Projects
✅ Offline + Online Mode
✅ Placement and Portfolio Support
✅ 24×7 Expert Doubt Support

📍 Powered by:

SkyInternova, a division of SwiftlySewaCareerPortal under SwiftlySewa Multi-Utility Private Limited

In this ANSYS course, you will learn how to perform real-world engineering simulations, analyze complex systems, and validate designs using industry-grade tools. By the end of the course, you will be able to confidently use ANSYS for structural, thermal, fluid, and multiphysics simulations.
🔹 1. Introduction to ANSYS Software
Understanding the ANSYS interface
Project workflow and simulation environment
Types of analysis and engineering applications
🔹 2. Geometry Creation & Importing CAD Models
Creating basic and complex geometries
Importing models from SolidWorks, AutoCAD & other CAD tools
Geometry cleanup and simplification
🔹 3. Meshing Techniques
Understanding mesh types (tetra, hexa, quad, etc.)
Mesh quality, refinement, and convergence
Creating high-quality meshes for accurate results
🔹 4. Structural Analysis (FEA)
Static structural analysis
Stress, strain, deformation calculations
Material assignment, boundary conditions, and constraints
Real-world load scenarios & case studies
🔹 5. Modal & Harmonic Analysis
Natural frequency and mode shape analysis
Vibration behavior of mechanical components
Harmonic response and resonance prediction
🔹 6. Thermal Analysis
Steady-state and transient thermal simulations
Heat transfer: conduction, convection & radiation
Thermal stresses and temperature distribution
🔹 7. Fluid Flow (CFD) Analysis
Introduction to ANSYS Fluent
Solving fluid flow problems: laminar & turbulent
Pressure, velocity, drag, and lift computations
Internal & external flow simulations
🔹 8. Coupled Field / Multiphysics Analysis
Thermal-structural coupling
Fluid-structural interaction (FSI) basics
Simulating complex real-world engineering systems
🔹 9. Result Interpretation & Report Generation
Contour plots, vector plots, and animations
Graphical analysis & comparison
Validating results and checking errors
Creating professional simulation reports
🔹 10. Real-World Engineering Projects
Automotive components (brake disc, suspension, chassis parts)
Aerospace structures (wings, fuselage sections)
Heat exchangers, turbines, valves & flow systems
Structural design optimization tasks
If you want, I can also create:

📦 Materials Included — ANSYS: Simulation & Analysis
This course provides all the essential resources and tools you need to master engineering simulation and analysis. You will receive:
📘 1. Complete Course Notes & PDF Guides
Detailed module-wise notes
Step-by-step simulation workflows
Structural, thermal, and fluid analysis reference guides
🎥 2. High-Quality Video Lectures
Recorded ANSYS tutorials
Real-time simulation demonstrations
Model setup and result interpretation videos
💻 3. Practice Models & CAD Files
Pre-built CAD models for hands-on learning
Geometry files for structural and fluid simulations
Editable project files to experiment with
🛠️ 4. Simulation Templates & Project Files
Ready-to-use ANSYS Workbench templates
FEA and CFD project examples
Boundary conditions + meshing templates
📁 5. Real-World Datasets
Thermal analysis datasets
Fluid flow velocity/pressure data
Validation datasets for comparison
📝 6. Assignments & Practice Exercises
Module-wise assignments
Real-world simulation challenges
Hands-on engineering problems
🧪 7. Complete Project Samples
Automotive components (brake disc, suspension parts)
Structural beams, frames, plates, etc.
Fluid systems like valves, ducts, heat exchangers
🏆 8. Certificate of Completion
Official certification after finishing the course
Shareable on LinkedIn, portfolio, or resume

📌 Requirements / Instructions — ANSYS: Simulation & Analysis
To ensure a smooth learning experience and successful completion of this course, please review the following requirements and instructions:
🔹 1. Basic Engineering Knowledge
Learners should have a basic understanding of:
Engineering mechanics
Strength of materials
Fluid and thermal concepts (helpful but not mandatory)
🔹 2. Laptop or Desktop Required
Minimum recommended system specifications:
CPU: Intel i5 / Ryzen 5 or higher
RAM: 8GB (16GB recommended)
GPU (optional but helpful for CFD)
Windows 10/11 (ANSYS works best on Windows)
At least 20GB free storage
🔹 3. ANSYS Software Installation
Learners must install:
ANSYS Workbench
ANSYS Mechanical (FEA)
ANSYS Fluent (CFD)
Installation guidance will be provided in the course.
🔹 4. No Prior Simulation Experience Needed
The course starts from basics, covering:
Interface understanding
Meshing
Applying loads & boundary conditions
Running analyses step by step
🔹 5. Ability to Follow Step-by-Step Tutorials
The course includes structured workflows.
To learn effectively, follow the modules in sequence and practice each model.
🔹 6. Stable Internet Connection
Required for:
Watching lecture videos
Downloading CAD models & datasets
Accessing notes and assignments
🔹 7. Practice After Each Module
Simulation skills improve through practice.
You are encouraged to:
Try multiple mesh settings
Run different physics setups
Analyze result variations
🔹 8. Join Support/Discussion Group (If Provided)
For clearing doubts, getting troubleshooting help, and sharing project outcomes.

🎯 Target Audience — ANSYS: Simulation & Analysis
This course is designed for learners who want to master engineering simulation, analysis, and product validation using ANSYS. It is ideal for:
🔹 1. Mechanical Engineering Students
B.Tech / Diploma / M.Tech learners
Students preparing for industry jobs
Those working on simulation-based academic projects
🔹 2. Civil & Structural Engineers
Learners needing structural analysis and stress simulation
Professionals involved in building, bridge, or foundation analysis
🔹 3. Aerospace & Automotive Engineering Students
Anyone working on aerodynamics, thermal systems, or structural components
Learners focusing on design validation and optimization
🔹 4. Professionals in Design, R&D, and Manufacturing
CAD designers who want to integrate simulation
Engineers in product development and testing
Individuals looking to reduce prototyping costs using analysis
🔹 5. FEA & CFD Beginners
Students who want to understand Finite Element Analysis
Beginners interested in Computational Fluid Dynamics
Learners who want hands-on simulation training with real models
🔹 6. Researchers & Academicians
Individuals performing simulation-based research
Educators who want to enhance their technical skills
🔹 7. Anyone Interested in Engineering Simulation
Curious learners who want to explore how real-world systems behave
Beginners who want to improve their engineering visualization and analysis skills