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CAD Designing & ANSYS Analysis

This course provides a comprehensive introduction to CAD designing and simulation analysis using ANSYS. You’ll learn to create precise 2D and 3D models, master key CAD tools, and design complex mechanical components. The ANSYS module focuses on simulation techniques, including structural, thermal, and fluid flow analysis, enabling you to evaluate and optimize your designs for real-world applications.

Perfect for engineering students and professionals, this course combines theory with hands-on projects to enhance your skills in modern design and analysis tools.

Original price was: ₹2,500.00.Current price is: ₹1,199.00.

About This Course

Course Overview:

This comprehensive course is designed to provide in-depth knowledge of CAD (Computer-Aided Design) and FEA (Finite Element Analysis) using ANSYS. It bridges the gap between conceptual design and engineering analysis, empowering learners with the skills to create, analyze, and optimize designs in real-world engineering scenarios.

What You’ll Learn:

  1. CAD Designing:

    • Fundamentals of CAD and 3D modeling.
    • Hands-on training in industry-standard software like SolidWorks
    • Techniques for creating complex assemblies and parts.
    • Design optimization and documentation.
  2. ANSYS Analysis:

    • Introduction to Finite Element Analysis (FEA) principles.
    • Static structural analysis and dynamic simulations.
    • Thermal analysis for heat transfer studies.
    • Fluid flow simulation (CFD) using ANSYS Fluent.
    • Post-processing and interpreting simulation results.

Outcomes:

By the end of this course, participants will:

  • Gain proficiency in CAD tools for creating detailed and optimized 3D designs.
  • Master FEA simulations using ANSYS for structural, thermal, and fluid flow analysis.
  • Be equipped to solve real-world engineering challenges effectively.
  • Boost their employability in design and analysis roles across industries.

Course Content

Module 1 - Introduction to CAD

1.1 – Overview to CAD

1.2- Setting up a workspace and drawing basic shapes

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

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

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

Project 5.1

Project 5.2

Project 5.3

6.1- Introduction to Simulation

6.2- Setting up Simulation Workspace and Basic Simulation

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

8.1- Advanced CAD Simulation

8.2- Modal Analysis

8.3- Buckling Analysis

8.4- Motion Analysis

9.1- ANSYS Workbench

9.2- Importing Geometry And Meshing Techniques

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

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

The Project taught in CAD Designing & ANSYS Analysis is:
Designing & Analysis of Disc Brake

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FAQs (Frequently Asked Questions)

Courses are designed from scratch by professionals. No prior knowledge is needed.

The course is usually delivered through a combination of video lectures and projects.

After completing a CAd Designing and ANSYS Analysis course, career prospects include roles such as Civil/Structural Engineer, Aerospace Engineer, Automotive Design Engineer, Tooling Engineer, Product Development Engineer, CFD Engineer, FEA Analyst/Simulation Engineer, Design Engineer, CAD Designer/Drafter.

₹1199/- ₹2500/-

Use Coupon Code VITAL100 on checkout and get instant ₹100/- OFF on your next order!

Total Duration

22 Hours

Total Lessons

60

Course Validity

1 year

Level

All Levels

Job Opportunities

Mechanical Engineer
Automotive Industry
Aerospace Industry
Construction and Civil Engineering
Consumer Electronics
Biomedical Engineering
Manufacturing and Production

Target Audience

  • Civil/Structural Engineer
  • Aerospace Engineer
  • Automotive Design Engineer
  • Tooling Engineer
  • Product Development Engineer
  • CFD Engineer
  • FEA Analyst/Simulation Engineer
  • Design Engineer
  • CAD Designer/Drafter

Related Courses

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CAD Designing & Ansys Analysis

Demo Lecture

Course Curriculum

Curriculum for CAD Designing and ANSYS Analysis

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

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

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

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

Final Project

Cloud Computing With AWS

Demo Lecture

Course Curriculum

Module 1: Introduction to Cloud Computing

  • Overview of Cloud Computing
    • Definition, Characteristics, and Benefits
    • Types of Cloud Services: IaaS, PaaS, SaaS
    • Deployment Models: Public, Private, Hybrid, and Community Clouds
  • History and Evolution of Cloud Computing
    • From On-Premises to the Cloud
    • Major Milestones and Innovations
  • Why AWS for Cloud Computing?
    • AWS Overview and Market Leadership
    • Global Infrastructure: Regions and Availability Zones

Module 2: Core Concepts of Cloud Computing

  • Virtualization Basics
    • AWS EC2 Instances as an Example of Virtual Machines
    • Amazon ECS and EKS for Container Management
  • Networking in the Cloud
    • Amazon VPC: Subnets, Route Tables, and Gateways
    • Elastic Load Balancing (ELB) and AWS Direct Connect
  • Storage in the Cloud
    • AWS S3 for Object Storage: Buckets, Access Policies, and Lifecycle Management
    • Amazon EBS for Block Storage

Module 3: Cloud Infrastructure and Architecture

  • Scalability and Elasticity
    • Using AWS Auto Scaling for Elastic Workloads
    • Horizontal and Vertical Scaling with Amazon EC2
  • Cloud-Native Architecture
    • Serverless Computing with AWS Lambda
    • Orchestrating Containers with Amazon ECS and EKS
  • High Availability and Disaster Recovery
    • Multi-Region Deployments with AWS Route 53
    • Backup Strategies Using AWS Backup

Module 4: Security in the Cloud

  • Cloud Security Fundamentals
    • Shared Responsibility Model with AWS
    • Identity and Access Management (IAM) for User Roles and Permissions
  • Data Security
    • Encryption Using AWS Key Management Service (KMS)
    • Monitoring and Auditing with AWS CloudTrail
  • Compliance and Governance
    • Managing Compliance with AWS Config and Artifact

Module 5: Cloud Service Models

  • Infrastructure as a Service (IaaS)
    • Provisioning EC2 Instances
    • Managing Storage and Networking with Amazon VPC and Elastic IPs
  • Platform as a Service (PaaS)
    • Deploying Applications Using AWS Elastic Beanstalk
  • Software as a Service (SaaS)
    • Exploring AWS Marketplace for SaaS Solutions

Module 6: DevOps and Automation in the Cloud

  • Cloud and DevOps Integration
    • Building CI/CD Pipelines with AWS CodePipeline and CodeDeploy
  • Infrastructure as Code (IaC)
    • Automating Resource Provisioning Using AWS CloudFormation and Terraform
  • Monitoring and Logging
    • Application Monitoring with Amazon CloudWatch

Module 7: Cloud Economics and Optimization

  • Cost Management in AWS
    • Exploring AWS Pricing Models
    • Using AWS Budgets and Cost Explorer to Track and Optimize Costs
  • Resource Optimization
    • Reserved Instances and Savings Plans in EC2
    • Using Trusted Advisor for Recommendations
  • Sustainability in the Cloud
    • AWS’s Commitment to Renewable Energy and Carbon Footprint Reduction

Module 8: Emerging Trends in Cloud Computing

  • Edge Computing with AWS
    • AWS IoT Greengrass and AWS Wavelength
  • AI and Machine Learning in the Cloud
    • Using Amazon Sage Maker for Machine Learning Workflows
  • Hybrid and Multi-Cloud Strategies
    • Managing Hybrid Environments with AWS Outposts

Module 9: Projects

 

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