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Computer Networks and Cloud Computing Full Course
Rating: 5.0 out of 5(3 ratings)
438 students

Computer Networks and Cloud Computing Full Course

Computer Networks || Cloud Computing || Networking || IT Fundamentals || TCP/IP || Computer networks course
Created byARUNNACHALAM SHANMUGARAAJAN
Last updated 5/2026
English
English [Auto],

What you'll learn

  • Fundamentals of Computer Networks
  • OSI Model and TCP/IP Model
  • Introduction to Cloud Computing
  • Cloud Deployment Models

Course content

2 sections • 40 lectures • 1h 21m total length

  • Introduction To Computer Networks2:16
  • Networks Class 2 : Types of Networks ( LAN , PAN , WAN , MAN )1:54
  • Networks Class 3 : Types of Network Topology ( Star , Bus , Ring , Mesh )2:16

    Explore star, bus, ring, and mesh topologies, where star uses a central hub, bus uses a backbone cable, ring forms a closed loop, and mesh provides reliability at a cost.

  • Networks Class 4 : Types of Network Devices ( Hub , Switch , Router , Modem ..)4:44
  • Networks Class 5 : Intranet vs Internet vs Extranet1:55
  • Networks Class 6 : Wired vs Wireless Transmission1:46
  • Networks Class 7 : Types of Network Cables1:20

    Explore three network cable types—coaxial, fiber optic, and twisted pair—covering coaxial’s copper conductor with insulation and shield, Ethernet and TV uses, fiber optic via light, and cheaper UTP for LANs.

  • Networks Class 8 : Bandwidth vs Throughput1:09

    Define bandwidth as the maximum data that can be transmitted per unit time and describe throughput as the actual data rate, reduced by latency and signal quality.

  • Networks Class : OSI Model ( 7 Layers )3:20
  • Networks Class : TCP IP Model ( 4 layers )1:35

    Explore the four-layer TCP/IP model, including the application, transport, internet, and network access layers, and compare it with the seven-layer OSI model to understand real-world internet use.

  • Networks Class : Types of Network Protocols1:03
  • Networks Class : MAC Address1:16

    Use a mac address to identify devices; a 48-bit hexadecimal identifier burned into network interface cards, where the first three bytes indicate the manufacturer and the last three identify device.

  • Networks Class : Port & Types of Port Numbers1:27

    Identify how a 16-bit port number (0-65,000) identifies a specific service on a device, enabling data transfer and access, through well-known, registered, and dynamic ports.

  • Networks Class : IP Address1:00

    Discover what an IP address is in the network layer and compare IPv4 and IPv6, including 4.3 billion IPv4 addresses and 340 undecillion IPv6 addresses that identify devices.

  • Networks Class : Types of IP Classes1:05

    Explain the ip address classes a through e, including d for multicast and e for reserved experiments, and distinguish public ip addresses from private ranges 10, 172, and 192.

  • Networks Class : Subnetting and Subnet Mask1:21
  • Networks Class : Routing Basics and Routing Table1:19
  • Networks Class : TCP vs UDP2:00
  • Networks Class : HTTP & HTTPS Protocols1:30
  • Networks Class : File Transfer Protocol ( FTP )0:37
  • Networks Class : SMTP , POP , IMAP Protocols1:04
  • Networks Class : CIA Model in Network Security1:04

    Learn how network security protects data in transit by applying policies, practices, and technologies to safeguard confidentiality, integrity, and availability.

  • Networks Class : VPN & Firewalls1:50
  • Networks Class : Common Network Attacks ( DDOS , PHISHING , MITM )0:59

    Explore common network attacks, including DDoS, phishing, and man in the middle attacks, with examples of server overload, fake messages, and data interception.

  • Networks Class : Job in Networking & Skills Requirement1:44
  • Networks Class : Certifications in Networks0:44

    Explore a certification ladder from entry to expert: COMTA network plus, Cisco CCNA, Cisco CCNP, Cisco CCIE, and AWS advanced.

  • Network Class : Basics of Windows OS14:42

    Explore the fundamentals of the Windows operating system, including the OS disk C, NTFS, disk cleanup, system tools, and key security features like UAC, Event Viewer, Windows Defender Firewall, and System Restore.

Requirements

  • Basic computer knowledge

Description

Are you ready to build a strong foundation in Computer Networks and Cloud Computing and become job-ready in today’s tech-driven world?

This course, “Computer Networks and Cloud Computing Full Course: From Beginner to Advanced,” is designed to help you understand both networking concepts and cloud technologies from scratch with clear explanations and real-world examples.

Whether you are a student, beginner, or aspiring IT professional, this course will guide you step by step through essential topics like network fundamentals, protocols, IP addressing, routing, and cloud platforms.

What is Computer Networking?

Computer Networking is the practice of connecting computers and devices to share data and resources. It forms the backbone of the internet and modern communication systems.

You will learn how data travels across networks using protocols like TCP/IP, HTTP, DNS, and how networks are structured using different models like OSI Model.


What is Cloud Computing?

Cloud Computing is the delivery of computing services such as servers, storage, databases, and networking over the internet.

Instead of managing physical hardware, cloud platforms allow you to deploy, scale, and manage applications efficiently using services from providers like Amazon Web Services, Microsoft Azure, and Google Cloud.


Advantages of Networking & Cloud Computing

  1. Enables global communication and data sharing
    Scalable and cost-effective infrastructure
    High availability and reliability
    Supports modern applications and services
    High demand skills in IT and cybersecurity careers



Why This Course?

This course combines Networking + Cloud Computing, which are the most essential skills in today’s IT industry.

You will gain:

  • Strong theoretical knowledge

  • Real-world understanding

  • Industry-relevant skills

Who this course is for:

  • Beginners interested in networking and cloud

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