Ccna Networking Essentials: A Comprehensive Course

CCNA Networking: Master TCP/IP, VLANs, Routing Protocols, and Security Fundamentals for Success in IT

What you'll learn

Grasp Basic Network Concepts: Understand network devices, fundamentals, and architecture including TCP/IP and OSI models.

Learn IP Connectivity and Subnetting: Acquire skills in IP addressing, subnetting, and configuring IPv4 and IPv6 addresses.

Explore Switching Concepts and Layer 2 Protocols: Gain knowledge about Ethernet, MAC addresses, VLANs, and Layer 2 protocols like STP and EtherChannel.

Delve into Advanced Networking and Security: Understand wireless networking, Layer 3 protocols, security fundamentals with Kali Linux, and basics of LAN and WAN

Introduction to Virtualization and Network Automation: Learn the essentials of virtualization with VMware and the basics of network automation.

Requirements

Basic Computer Literacy: Familiarity with operating a computer, managing files, and using common software applications.

Fundamental IT Knowledge: A basic understanding of IT concepts and terminology can be helpful, although not strictly necessary.

Access to a Computer: A reliable computer with sufficient processing power and RAM to run networking simulation software like packet tracer and VMware.

Stable Internet Connection: Since the course may involve downloading software and accessing online resources, a stable internet connection is essential.

Networking Software Tools: Installation of specific software such as packet tracer, Wireshark, VMware, and possibly a Linux distribution (e.g., Kali Linux) for certain modules.

Willingness to Learn: A keen interest in networking and a commitment to actively engage with the course material and labs.

Description

Are you ready to embark on an exciting journey into the world of networking? Whether you're a novice looking to start your career in IT or an experienced professional seeking to enhance your knowledge, our CCNA Networking course is designed to provide you with comprehensive insights into the fundamentals and advanced aspects of networking.In this course, you will dive deep into the essential building blocks of networking. We begin with a thorough exploration of the TCP/IP protocol suite, which forms the backbone of the internet and modern networks. You'll gain a solid understanding of IP addressing, subnetting, and the intricacies of both IPv4 and IPv6.Moving forward, we delve into VLANs, their configurations, and how they segment network traffic efficiently. You'll master the art of routing with a focus on routing protocols such as EIGRP and OSPF, enabling you to design and manage complex network infrastructures.Security is paramount in today's interconnected world, and our course covers this critical area extensively. You'll learn about access control lists (ACLs), port security, and other measures to protect your network from threats.By the end of this course, you'll have the knowledge and skills necessary to excel in the field of networking. Whether you aspire to obtain the prestigious Cisco Certified Network Associate (CCNA) certification or simply want to bolster your networking expertise, this course is your gateway to success.Join us on this learning adventure, and let's build a solid foundation in networking together. Enroll now and take the first step toward a rewarding career in IT!

Overview

Section 1: Introduction to Network devices

Lecture 1 Introduction and Presentation

Lecture 2 Network devices

Lecture 3 Intro to packet tracer (LAB)

Section 2: Network Fundamentals

Lecture 4 Network Fundamentals, TCP/IP Model and OSI model

Lecture 5 Physical Layer

Lecture 6 Datalink, Network, Transport Layer

Lecture 7 Wireshark LAB

Section 3: Network Access

Lecture 8 Basic device configurations (LAB)

Section 4: IP Connectivity

Lecture 9 Binary and Decimal Number Systems

Lecture 10 Binary to Decimal Conversions

Lecture 11 Hexadecimal Number Systems and Conversions

Lecture 12 IP addresses Introduction, DNS and DHCP

Lecture 13 IP address subnetting

Lecture 14 Configuring IPV4 addresses (LAB) and Verifying IP parameters for Client OS (LAB)

Lecture 15 IPV6 addresses, UNICAST, ANYCAST, MULTICAST, MODIFIED EUI 64

Lecture 16 Configuring IPV6 addresses (LAB)

Section 5: Switching Concepts

Lecture 17 Ethernet Frames and MAC addresses

Lecture 18 Mac learning and ageing, Mac Address Table LAB

Lecture 19 Introduction to VLANs, Native VLANs, Access ports (Data and Voice), Trunk Ports

Lecture 20 VLAN LAB

Section 6: Layer 2 protocols

Lecture 21 Layer 3 switches, VTP and DTP

Lecture 22 STP

Lecture 23 Configuring STP (LAB)

Lecture 24 Ether channel

Lecture 25 Etherchannel LAB

Section 7: Wireless Essentials

Lecture 26 Wireless fundamentals and architectures

Lecture 27 Wireless Security and WLAN Configurations (WLC, LWAP LAB - Packet Tracer)

Section 8: Layer 3 protocols

Lecture 28 ACL Part 1

Lecture 29 ACL Part 2

Lecture 30 ACL Part 3

Lecture 31 LLDP

Lecture 32 CDP

Lecture 33 NTP

Lecture 34 SNMP

Lecture 35 Syslog

Lecture 36 SSH

Lecture 37 NAT

Lecture 38 Static NAT

Lecture 39 Dynamic NAT

Lecture 40 PAT

Lecture 41 QOS

Section 9: Security Fundamentals

Lecture 42 Security concept

Lecture 43 Kali Linux demo

Lecture 44 Port security

Lecture 45 DHCP snooping

Section 10: LAN Architectures

Lecture 46 LAN architectures

Lecture 47 STP and FHRP synchronisation

Section 11: WAN Architectures

Lecture 48 WAN Architecture

Section 12: Virtualization Fundamentals

Lecture 49 Virtualization concept

Section 13: Routing protocols

Lecture 50 Static routes

Lecture 51 Configuring and Troubleshooting Static routes (LAB)

Lecture 52 Dynamic routing

Lecture 53 RIP

Lecture 54 EIGRP

Lecture 55 OSPF

Lecture 56 Configuring OSPF (LAB)

Section 14: Intro into Network Automation

Lecture 57 Intro to Network Automation, JSON, XML, YAML

Section 15: Conclusion

Lecture 58 Conclusion

Aspiring Network Professionals: Individuals looking to start a career in networking, such as network administrators, technicians, or engineers, will find this course foundational.,IT Professionals Seeking Specialization: IT professionals in other domains aiming to specialize or gain deeper insights into networking concepts and practices.,Students and Academics: College or university students studying computer science, information technology, or related fields who want practical, hands-on experience in networking.,Tech Enthusiasts and Hobbyists: Individuals with a keen interest in understanding how networks function and wanting to develop a practical skillset in this area.,Career Changers: Professionals considering a shift to IT or networking careers and seeking a comprehensive course to get started.