CAD Designing and ANSYS Analysis

Description

he CAD Designing and ANSYS Analysis course is tailored for students and professionals aiming to master computer-aided design and engineering simulation. This course covers the fundamentals of 2D and 3D modeling using popular CAD software such as SolidWorks. Participants learn to create detailed technical drawings, assemblies, and mechanical components, gaining the skills needed to design with precision and efficiency across industries like automotive, aerospace, and manufacturing.

In addition to design, the course introduces learners to ANSYS, a powerful simulation tool used for engineering analysis. Students explore structural, thermal, and fluid dynamics simulations, learning how to test and validate their designs under real-world conditions. Through practical projects, they gain experience in finite element analysis (FEA), stress testing, and performance optimization. By the end of the course, participants will be equipped to both design and analyze mechanical systems, preparing them for roles such as Design Engineer, Simulation Analyst, or Mechanical CAD Specialist.

Level

All Levels
Last Updated

06/03/2025
Certificate

Certificate of completion

Demo Lecture

Course Curriculum

COURSE INSTRUCTION

Read Before You Start

LETS GET STARTED

Crack SolidWorks Installation
Module 1 – Introduction to CAD
1.1 – Overview to CAD
1.2- Setting up a workspace and drawing basic shapes
Module 2 – 2D CAD Drawing Fundamentals
2.1- Drawing Fundamentals in SolidWorks
2.2- Advanced sketching techniques
2.3- Dimensioning and modifying sketches
2.4- Circular Patterns and path functions
2.5- 2D drawing of a component
Module 3 – Introduction to 3D CAD Design
3.1- Introduction to 3D Modelling
3.2- Revolve feature
3.3- Sweep and Sweep Cut
3.4- Extrude, Extrude Cut, Thread Cut, Loft
3.5- Advanced CAD Techniques
3.6- Boolean Operations in 3D and Modelling a Mechanical Component
Module 4 – Advanced CAD Techniques
4.1- Parametric modelling , constraints and introduction to assembly
4.2- Assembly and mating of components
4.3- Assembly of Knuckle joint
4.4 – Assembly of Knuckle joint(2)
4.5- Rendering and Visualization of CAD Models
Module 5 – CAD Project
5.1 – Project
5.2 – Project
5.3 – Project
Module 6 – Introduction to CAD Simulation
6.1- Introduction to Simulation
6.2- Setting up Simulation Workspace and Basic Simulation
Module 7 – Static and Thermal Simulations
7.1- Static Simulation
7.2- Static Simulation
7.3- Advanced Static Simulation
7.4- Basic Thermal Simulation
7.5- Thermal Simulation
7.6- Heat Sink Simulation
7.7- Thermal Analysis of a Composite Wall
Module 8 – Advanced Simulations in CAD
8.1- Advanced CAD Simulation
8.2- Modal Analysis
8.3- Buckling Analysis
8.4- Motion Analysis
Crack ANSYS Installation
Module 9 – Introduction to ANSYS
9.1- ANSYS Workbench
9.2- Importing Geometry And Meshing Techniques
Module 10 – Structural and Thermal Analysis in ANSYS
10.1- Structural Analysis in mechanical APDL
10.2- Structural Analysis on Mechanical APDL
10.3- Structural Analysis – Mechanical APDL
10.4- Structural Analysis- Mechanical APDL
10.5- Thermal Analysis- Mechanical APDL
10.6 part 1- STATIC STRUCTURAL
10.6 part 2- STATIC STRUCTURAL
10.7- STATIC STRUCTURAL
10.8- STATIC STRUCTURAL( Contacts and BOLT PRETENSION)
10.9- STEADY STATE THERMAL ANALYSIS
10.10- TRANSIENT THERMAL ANALYSIS
Module 11 – Fluid and Advanced Analysis in ANSYS
11.1- CFD ANALYSIS
11.2- CFD ANALYSIS 2
11.3- Transient Fluid Analysis
11.4- ADVANCED CFD
11.5- ADVANCED CFD ANALYSIS
11.6- Introduction To Explicit Dynamics And Non Linear Simulation
11.7- CFD PROJECT
11.8- CFD PROJECT 2

PROJECT

MOCK INTERVIEW QNA

PROJECT SUBMISSION (OPTIONAL)

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Level

All Levels
Last Updated

06/03/2025
Certificate

Certificate of completion

Demo Lecture

Course Instructor

Course Central

CAD Designing and ANSYS Analysis

Description

Demo Lecture

Course Curriculum

COURSE INSTRUCTION

Read Before You Start

LETS GET STARTED

Crack SolidWorks Installation

Module 1 – Introduction to CAD

1.1 – Overview to CAD

1.2- Setting up a workspace and drawing basic shapes

Module 2 – 2D CAD Drawing Fundamentals

2.1- Drawing Fundamentals in SolidWorks

2.2- Advanced sketching techniques

2.3- Dimensioning and modifying sketches

2.4- Circular Patterns and path functions

2.5- 2D drawing of a component

Module 3 – Introduction to 3D CAD Design

3.1- Introduction to 3D Modelling

3.2- Revolve feature

3.3- Sweep and Sweep Cut

3.4- Extrude, Extrude Cut, Thread Cut, Loft

3.5- Advanced CAD Techniques

3.6- Boolean Operations in 3D and Modelling a Mechanical Component

Module 4 – Advanced CAD Techniques

4.1- Parametric modelling , constraints and introduction to assembly

4.2- Assembly and mating of components

4.3- Assembly of Knuckle joint

4.4 – Assembly of Knuckle joint(2)

4.5- Rendering and Visualization of CAD Models

Module 5 – CAD Project

5.1 – Project

5.2 – Project

5.3 – Project

Module 6 – Introduction to CAD Simulation

6.1- Introduction to Simulation

6.2- Setting up Simulation Workspace and Basic Simulation

Module 7 – Static and Thermal Simulations

7.1- Static Simulation

7.2- Static Simulation

7.3- Advanced Static Simulation

7.4- Basic Thermal Simulation

7.5- Thermal Simulation

7.6- Heat Sink Simulation

7.7- Thermal Analysis of a Composite Wall

Module 8 – Advanced Simulations in CAD

8.1- Advanced CAD Simulation

8.2- Modal Analysis

8.3- Buckling Analysis

8.4- Motion Analysis

Crack ANSYS Installation

Module 9 – Introduction to ANSYS

9.1- ANSYS Workbench

9.2- Importing Geometry And Meshing Techniques

Module 10 – Structural and Thermal Analysis in ANSYS

10.1- Structural Analysis in mechanical APDL

10.2- Structural Analysis on Mechanical APDL

10.3- Structural Analysis – Mechanical APDL

10.4- Structural Analysis- Mechanical APDL

10.5- Thermal Analysis- Mechanical APDL

10.6 part 1- STATIC STRUCTURAL

10.6 part 2- STATIC STRUCTURAL

10.7- STATIC STRUCTURAL

10.8- STATIC STRUCTURAL( Contacts and BOLT PRETENSION)

10.9- STEADY STATE THERMAL ANALYSIS

10.10- TRANSIENT THERMAL ANALYSIS

Module 11 – Fluid and Advanced Analysis in ANSYS

11.1- CFD ANALYSIS

11.2- CFD ANALYSIS 2

11.3- Transient Fluid Analysis

11.4- ADVANCED CFD

11.5- ADVANCED CFD ANALYSIS

11.6- Introduction To Explicit Dynamics And Non Linear Simulation

11.7- CFD PROJECT

11.8- CFD PROJECT 2

PROJECT

Final Project

Part 1

Part 2

Part 3