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VMware Certification Courses
Why VMware?
For those who work in technological fields, networking on computers is a crucial ability. A solid grasp of computer networking might help you exhibit expertise that strengthens your application for some jobs. Networking knowledge is essential for those who work as network supervisors, network technicians, and network technicians. Networking supervisor, technician, and engineer are just a few of the occupations available in computer networking. Consider yourself enrolling in our institute’s best Networking course available in Pondicherry. Other titles of employment like systems manager or computers architect might be considered computer networking. The industry is expanding as a result of many causes, including the growing need for commercial firms to go fully digital and increasing options for cloud-based computing. If you are starting out to be well versed in your profession, it is the ideal choice to enroll yourself in our institute in Pondicherry to access the best Networking course and embark a journey towards a dynamic profession over the horizons.
- Upcomig batch Starting on 26 th December 2023
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VMware Course Curriculum
Curriculum Designed by Our Experts Designed by Our Developers
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Topics
- Module 1: Architecting Fundamentals Review
- AWS Services and Infrastructure
- Infrastructure Model
- AWS API Tool
- Securing your infrastructure
- The Well-Architect Framework
- Module 2: Account Security
- Security Principals
- Identity & Resource-Based Policies
- Account Federation
- Introduction to Managing Multiple Accounts
- Module 3: Networking, Part 1
- IP Addressing
- Amazon Virtual Private Cloud, Patterns and Quotas
- Routing
- Internet Access
- Network Access Control Lists
- Security Groups
- Module 4: Compute
- Amazon Elastic Cloud Compute
- EC2 Instances and Instance Selection
- High Performance Computing on AWS
- Lambda and EC2, When to Use Which
- Hands-On Lab: Build Your Amazon VPC Infrastructure
- Module 5: Storage
- Shared File Systems
- Shared EBS Volumes
- Amazon S3, Security, Versioning and Storage Class
- Data Migration Tools
- Module 6: Database Services
- AWS Database Solutions
- Amazon Relational Database Services
- DynamoDB, Features and Use Cases
- Redshift, Features, Use Cases and Comparison with RDS
- Scaling
- Caching & Migrating Data
- Hands-on Lab: Create a Database Layer in Your Amazon VPC Infrastructure
- Module 7: Monitoring and Scaling
- Monitoring CloudWatch, CloudTrail
- Invoking Events
- Elastic Load Balancing
- Auto Scaling Options and Monitoring Cost
- Hands-on Lab: Configure High Availability in Your Amazon VPC
- Module 8: Automation
- Cloud Formation
- AWS Systems Manager
- Cloud Formation
- Module 9: Containers
- Microservices
- Monitoring Microservices with X-Ray
- Containers
- Module 10: Networking Part 2
- VPC Peering & Endpoints
- Transit Gateway
- Hybrid Networking
- Module 11: Serverless Architecture
- Amazon API Gateway
- Amazon SQS, Amazon SNS
- Amazon Kinesis Data Streams & Kinesis Firehose
- Step Functions
- Compare Amazon SQS to Amazon MQ
- Hands-on Lab: Build a Serverless Architecture
- Module 12: Edge Services
- Amazon CloudFront
- AWS Web Application Firewall (WAF), DDoS and Firewall Manager
- Compare AWS Global Accelerator & Amazon CloudFront
- Hands-On Lab: Configure an Amazon CloudFront Distribution with an Amazon S3 Origin
- Module 13: Backup and Recovery
- Planning for Disaster Recovery
- AWS Backup
- Recovery Strategies
Hands-On
- Assisted Practical Exercises
Skills You Will Learn
- Learn Cloud fundamentals
- Understand IaaS, PaaS & Saas
- Understand AWS Architecture
- Best Practices & Solutions
- Effectively control AWS Resources
- Get placed with high LPA
Topics
- Module 1: Architecting Fundamentals Review
- AWS Services and Infrastructure
- Infrastructure Model
- AWS API Tool
- Securing your infrastructure
- The Well-Architect Framework
- Module 2: Account Security
- Security Principals
- Identity & Resource-Based Policies
- Account Federation
- Introduction to Managing Multiple Accounts
- Module 3: Networking, Part 1
- IP Addressing
- Amazon Virtual Private Cloud, Patterns and Quotas
- Routing
- Internet Access
- Network Access Control Lists
- Security Groups
- Module 4: Compute
- Amazon Elastic Cloud Compute
- EC2 Instances and Instance Selection
- High Performance Computing on AWS
- Lambda and EC2, When to Use Which
- Hands-On Lab: Build Your Amazon VPC Infrastructure
- Module 5: Storage
- Shared File Systems
- Shared EBS Volumes
- Amazon S3, Security, Versioning and Storage Class
- Data Migration Tools
- Module 6: Database Services
- AWS Database Solutions
- Amazon Relational Database Services
- DynamoDB, Features and Use Cases
- Redshift, Features, Use Cases and Comparison with RDS
- Scaling
- Caching & Migrating Data
- Hands-on Lab: Create a Database Layer in Your Amazon VPC Infrastructure
- Module 7: Monitoring and Scaling
- Monitoring CloudWatch, CloudTrail
- Invoking Events
- Elastic Load Balancing
- Auto Scaling Options and Monitoring Cost
- Hands-on Lab: Configure High Availability in Your Amazon VPC
- Module 8: Automation
- Cloud Formation
- AWS Systems Manager
- Cloud Formation
- Module 9: Containers
- Microservices
- Monitoring Microservices with X-Ray
- Containers
- Module 10: Networking Part 2
- VPC Peering & Endpoints
- Transit Gateway
- Hybrid Networking
- Module 11: Serverless Architecture
- Amazon API Gateway
- Amazon SQS, Amazon SNS
- Amazon Kinesis Data Streams & Kinesis Firehose
- Step Functions
- Compare Amazon SQS to Amazon MQ
- Hands-on Lab: Build a Serverless Architecture
- Module 12: Edge Services
- Amazon CloudFront
- AWS Web Application Firewall (WAF), DDoS and Firewall Manager
- Compare AWS Global Accelerator & Amazon CloudFront
- Hands-On Lab: Configure an Amazon CloudFront Distribution with an Amazon S3 Origin
- Module 13: Backup and Recovery
- Planning for Disaster Recovery
- AWS Backup
- Recovery Strategies
Hands-On
- Assisted Practical Exercises
Skills You Will Learn
- Learn Cloud fundamentals
- Understand IaaS, PaaS & Saas
- Understand AWS Architecture
- Best Practices & Solutions
- Effectively control AWS Resources
- Get placed with high LPA
Topics
- Introduction
- Key Components
- Overview
- Prerequisites
- Ansible Control Machine
- Inventory
- Playbook
- Role
- Vault
- Node
- Tower
- Manage Ansible Tower
Topics
- Module 1: Identity
- Azure Active Directory
- Users and Groups
- Lab : Manage Azure Active Directory Identities
- Module 2: Governance and Compliance
- Subscriptions and Accounts
- Azure Policy
- Role-based Access Control (RBAC)
- Lab : Manage Subscriptions and RBAC
- Lab : Manage Governance via Azure Policy
- Module 3: Azure Administration
- Azure Resource Manager
- Azure Portal and Cloud Shell
- Azure PowerShell and CLI
- ARM Templates
- Lab : Manage Azure resources by Using the Azure Portal
- Lab : Manage Azure resources by Using ARM Templates
- Lab : Manage Azure resources by Using Azure PowerShell
- Lab : Manage Azure resources by Using Azure CLI
- Module 4: Virtual Networking
- Virtual Networks
- IP Addressing
- Network Security groups
- Azure Firewall
- Azure DNS
- Lab : Implement Virtual Networking
- Module 5: Intersite Connectivity
- VNET Peering
- VPN Gateway Connections
- ExpressRoute and Virtual WAN
- Lab : Implement Intersite Connectivity
- Module 6: Network Traffic Management
- Network Routing and Endpoints
- Azure Load Balancer
- Azure Application Gateway
- Traffic Manager
- Lab : Implement Traffic Management
- Module 7: Azure Storage
- Storage Accounts
- Blob Storage
- Storage Security
- Azure Files and File Sync
- Managing Storage
- Lab : Manage Azure storage
- Module 8: Azure Virtual Machines
- Virtual Machine Planning
- Creating Virtual Machines
- Virtual Machine Availability
- Virtual Machine Extensions
- Lab : Manage virtual machines
- Module 9: Serverless Computing
- Azure App Service Plans
- Azure App Service
- Container Services
- Azure Kubernetes Service
- Lab : Implement Web Apps
- Lab : Implement Azure Container Instances
- Lab : Implement Azure Kubernetes Service
- Module 10: Data Protection
- File and Folder Backups
- Virtual Machine Backups
- Lab : Implement Data Protection
- Module 11: Monitoring
- Azure Monitor
- Azure Alerts
- Log Analytics
- Network Watcher
- Lab : Implement Monitoring
Topics
- Introduction
- Key Components
- Overview
- Prerequisites
- Ansible Control Machine
- Inventory
- Playbook
- Role
- Vault
- Node
- Tower
- Manage Ansible Tower
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Topics
C is a general-purpose programming language created by Dennis Ritchie at the Bell Laboratories in 1972. It is a very popular language, despite being old. The main reason for its popularity is because it is a fundamental language in the field of computer science.
Introduction to C
- C is a general-purpose, procedural, high-level programming language used in the development of computer software and applications, system programming, games, web development, and more.
- The C language was developed by Dennis M. Ritchie at the Bell Telephone Laboratories in 1972.
- C is one of the most widely used programming language.
- C programming language is known for its simplicity and efficiency.
- It is the best choice to start with programming as it gives you a foundational understanding of programming.
Why we learn c?
The main features of C language include
- low-level access to memory,
- simple set of keywords, and clean style,
- Perfomances
these features make C language suitable for system programming like operating system or compiler development.
Learning C programming has lot of benefits, but the foremost thing in which it helps is to understand the underlying architecture of how things works?
As learning C help to understand a lot of underlying architecture of operating system. Like, pointers, working with memory locations etc.
variables
- Variable is basically nothing but the name of a memory location that we use for storing data.
- We can change the value of a variable in C or any other language, and we can also reuse it multiple times.
- We use symbols in variables for representing the memory location- so that it becomes easily identifiable by any user.
- To indicate the storage area, each variable should be given a unique name (identifier).
- Variable names are just the symbolic representation of a memory location.
Syntax
Type variableName = value;
int playerScore = 95;
Here, playerScore is a variable of int
type. Here, the variable is assigned an integer value 95
.
Rules for naming a variable
- A variable name can only have letters (both uppercase and lowercase letters), digits and underscore.
- The first letter of a variable should be either a letter or an underscore.
- There is no rule on how long a variable name (identifier) can be. However, you may run into problems in some compilers if the variable name is longer than 31 characters.
Note: You should always try to give meaningful names to variables. For example: firstName
is a better variable name than fn
.
C is a strongly typed language. This means that the variable type cannot be changed once it is declared. For example:
Data Type
In C programming, data types are declarations for variables. This determines the type and size of data associated with variables. For example,
int num;
Here, num is a variable of int (integer) type.
Basic types
Here’s a data types commonly used types in C programming for quick access, such as char, int, float and double, and the modifiers signed, unsigned, short, and long.
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30 Hours.
6 Months
Instructor-led VMware Certification Training live online Training Schedule
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Upcoming Batches
- 08-04-2024
- 22-04-2024
- 01-05-2024
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Why Enroll For VMware Course
Area Of Interest
Full stack development, hardware, Backend development
SPECIALIZATION:
EEE,ECE,CSE,IT, Bsc(Computer Science),BCA
AIM:
To establish a decent and promising career in coding.
Why Get Trained From Top Skilled
Professional Assistance
Exceptional instructors with a professional attitude
Classroom Teaching
the classroom setting, support staff aid
Hands-on project experiences
personal assistance and initiatives that are pertinent and industry-relevant
Placement furtherance
placement support for prestigious firms
Esteemed Certification
Professional accreditation upon successful completion of the course
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financial savings
VMware Certification Training Benefits
Python,Databases and various supplementary courses to acquire a better career.
Python, MERN, PHP, Java, Web Designing, C, C++ And Various Supplementary Courses To Acquire A Better Career.