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Project.042: Cloud. Virtual Space on Internet

Program Overview

This course is designed to provide a foundational understanding of cloud-based networks, covering everything from the basic architecture of cloud networks to deploying and managing cloud-based servers and computing services. Through a blend of theory, practical exercises, and a culminating project, participants will learn about configuring cloud networks, the tools and programming languages commonly used in cloud environments, and the applications of cloud technology in various industries.
Target Audience
* IT professionals and network administrators seeking to expand their knowledge into cloud networking.
* Students and recent graduates aiming to specialize in cloud computing and networking.
* Software developers interested in deploying applications on cloud platforms.
* 15 sessions, each lasting 1 hour, delivered over 5 weeks.
* The course will conclude with a project that leverages cloud network architecture and cloud-based servers for a real-world application.

Learning Objective

Participants will:
* Understand the fundamentals of cloud network architecture and how it differs from traditional networking.
* Learn to deploy and manage servers in a cloud environment effectively.
* Gain insights into the core concepts of cloud computing, including IaaS, PaaS, and SaaS.
* Acquire the skills to configure cloud networks and set up secure, scalable cloud infrastructures.
* Explore various tools and programming languages essential for cloud network management.
* Understand the required hardware and systems for setting up and maintaining cloud infrastructures.
* Discover the broad applications of cloud technology across different industries.


* Basic understanding of traditional networking concepts.
* Familiarity with general IT infrastructure (servers, storage, networking).
* Basic knowledge of programming concepts and scripting languages.
The trainee must have completed following modules...
* Linux System Administration...
* Linux Network Administration...

Course Curriculum

Introduction to Cloud Computing and Networking
  Overview of cloud computing concepts.
  Differences between cloud computing and traditional computing.
Cloud Network Architecture
  Understanding the components of cloud architecture.
  Exploring public, private, and hybrid cloud models.
Deploying Cloud-Based Servers
  Setting up and managing virtual servers in the cloud.
  Introduction to popular cloud service providers (e.g., AWS, Azure, Google Cloud).
Cloud Computing Services
  Deep dive into IaaS, PaaS, and SaaS.
  Selecting the right service model for different needs.
Configuring Cloud Networks
  Network configuration in a cloud environment.
  Implementing VPNs and cloud security best practices.
Tools and Programming Languages for Cloud
  Overview of tools for managing cloud infrastructures (e.g., Terraform, Ansible).
  Programming languages and SDKs for cloud application development.
Required Hardware and Systems for Cloud
  Understanding the physical infrastructure behind cloud services.
  Discussion on data center hardware, virtualization, and storage solutions.
Applications of Cloud Technology
  Exploring use cases across industries: healthcare, finance, retail, and more.
  Innovation through cloud computing.
Project Workshop: Planning and Design
  Introduction to the course project.
  Brainstorming and designing a cloud-based application or solution.
Project Implementation and Review
  Finalizing and presenting the cloud project.
  Review and feedback session.


Upon completion, participants will:
* Have a thorough understanding of cloud network architecture and the deployment of cloud-based servers.
* Be proficient in configuring and managing cloud networks for optimal performance and security.
* Possess practical experience with tools and programming languages used in cloud computing environments.
* Understand the hardware and system requirements for establishing robust cloud infrastructures.
* Have explored the wide range of applications for cloud technology across various sectors.
* Complete a project that demonstrates their ability to utilize cloud networking concepts in a real-world scenario.


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