Tutorials > NetWork And Systems Administration Core Skills

NetWork And Systems Administration Core Skills

Date: 3 April 2024 | Posted by: AD-TEAM

Network And Systems Administration Core Skills
Published 4/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English

| Size: 11.53 GB[/center]
| Duration: 19h 45m
Master the Fundamentals of Networking for Modern IT Landscape

What you'll learn

TCP/IP Fundamentals: Gain a deep understanding of the TCP/IP protocol suite, including IPv4, IPv6, TCP, UDP, and ICMP.

Network Device Configuration: Learn how to configure and manage essential networking devices like routers, switches, firewalls, and access points.

Network Security Principles: Explore core principles of network security, including encryption, authentication, access control, and common security threats.

Routing and Switching: Understand how routing protocols (e.g., RIP, OSPF, BGP) and switching technologies

Wireless Networking: Familiarize yourself with wireless networking concepts, standards

Cloud Networking Integration: Learn about networking in cloud environments

Network Troubleshooting: Develop skills in diagnosing and troubleshooting network issues using tools like ping, traceroute, nslookup, and Wireshark.

Requirements

Basic computer knowledge

Description

In the fast-paced world of information technology, a strong foundation in networking is essential for success. The "Core Networking for Modern IT Professionals" course offers a comprehensive exploration of fundamental networking concepts, protocols, and technologies, equipping learners with the knowledge and skills needed to excel in today's IT landscape.Course Content:Understanding TCP/IP Fundamentals: Dive deep into the TCP/IP protocol suite, including IPv4, IPv6, TCP, UDP, DHCP, DNS, etc, and learn how these protocols facilitate communication in modern networks.Configuring Network Devices: Explore the configuration and management of essential networking devices such as routers, switches, firewalls, and access points, mastering the skills needed to build and maintain robust network infrastructures.Securing Networks: Delve into core principles of network security, including encryption, authentication, access control, and threat mitigation strategies, to safeguard sensitive data and protect against cyber threats.Routing and Switching Technologies: Gain a comprehensive understanding of routing protocols and switching technologies Network Troubleshooting Techniques: Develop troubleshooting skills using tools like ping, traceroute, nslookup, and Wireshark to diagnose and resolve common network issues efficiently.Target Audience:Aspiring IT professionals seeking to kickstart their careers.Current IT practitioners looking to deepen their networking knowledge and skills.Career changers transitioning into the field of IT.Students and graduates pursuing degrees or certifications in IT-related fields.Professionals seeking career advancement in network administration, cybersecurity, cloud computing, and system engineering.Prerequisites:There are no specific prerequisites for this course, making it accessible to individuals with varying levels of IT experience. However, a basic understanding of computer systems and familiarity with operating systems is beneficial.Course Duration:The course is self-paced, allowing learners to progress through the material at their own speed. The estimated duration for completing the course is approximately XX hours, including lectures, hands-on exercises, and assessments.Outcome:Upon completion of the "Core Networking for Modern IT Professionals" course, learners will possess a solid understanding of networking fundamentals and practical skills applicable to a wide range of IT roles. Armed with this knowledge, graduates will be well-prepared to tackle real-world networking challenges and pursue rewarding careers in the dynamic field of information technology.

Overview

Section 1: Introduction

Lecture 1 Introduction and Important Tips

Lecture 2 Resume template and tips

Section 2: OSI

Lecture 3 OSI Layer Part 1

Lecture 4 OSI Layer TSHOOT Part 2

Lecture 5 OSI Layer Wireshark Analyzing Part 3

Lecture 6 Wireshark Installation and Tips

Lecture 7 OSI Layer Network Security Part 4

Lecture 8 OSI Layer Cloud and Q&A Part 5

Lecture 9 What lab are we using in the next lecture and tips

Lecture 10 Exercise Task 1-Identify the Network Component associated with Physicals Layer

Lecture 11 Exercise Task 2-Identify the Data-Link Components of the OSI Model

Lecture 12 Exercise Task 3-Identify the Components Associated with the Network Layer

Lecture 13 Exercise Task 4- Identify Components of the Transport Layer

Lecture 14 Exercise Task 5-Identify the Components Associated with the Application

Section 3: Encapsulation Decapsulation

Lecture 15 Encapsulation Decapsulation

Section 4: TCP UDP

Lecture 16 TCP UDP Part 1

Lecture 17 TCP UDP TSHOOT Part 2

Lecture 18 TCP Wireshark Part 3

Lecture 19 TCP UDP Network Security and Q&A Part 4

Section 5: Cabling Straight vs Cross Over vs MDIX Media Dependent

Lecture 20 Cabling Straight vs Cross Over vs MDIX Media Dependent

Lecture 21 TestOut Lab Complementary Videos

Lecture 22 Connect to an Ethernet Network

Lecture 23 Connect to a cable modem

Lecture 24 Connect Fiber Optic Cables

Lecture 25 Connect Patch Panel Cables 1

Lecture 26 Connect Patch Panel Cable 2

Lecture 27 Select and Install a Network Adapter

Lecture 28 Connect a Media Converter

Lecture 29 Configure a Home Router

Section 6: IPV4

Lecture 30 IPV4 Header

Lecture 31 IPv4 Subnetting Part 1

Lecture 32 IPv4 Subnetting Part 2

Lecture 33 IPv4 Subnetting Network Security and Q&A

Lecture 34 Exercise: Task: IPv4 vs IPv6 Addressing Schemes

Lecture 35 Exercise: Task: Private IPv4 Addresses

Lecture 36 Exercise: Task: Classless IPv4 Addressing Schema

Lecture 37 Explore IP Configuration

Lecture 38 Troubleshoot IP Configuration 1

Lecture 39 Troubleshoot Ip Configuration 2

Lecture 40 Troubleshoot IP Configuration 3

Lecture 41 Explore Network Communications

Section 7: IPV6

Lecture 42 IPV6 in a Nutshell

Lecture 43 IPV6 & Types of Communication

Lecture 44 Type of Address - Network & Host Portion

Lecture 45 IPV6 Network Security - Cloud and Q&A

Lecture 46 Configure an IPV6 Address

Section 8: Multicast Addressing in a Nutshell

Lecture 47 Multicast Addressing in a Nutshell

Section 9: DHCP

Lecture 48 DHCP Intro

Lecture 49 DHCP Process in Nutshell

Lecture 50 DHCP Network Security and Cloud

Lecture 51 Network Attack DHCP Attack

Lecture 52 DHCP Per NIC Assignment and APIPA in a Nutshell

Lecture 53 DHCP Relay IP Assignment

Lecture 54 DHCP Client Identifier

Lecture 55 Exercise: Task: Install a DHCP Server

Lecture 56 Exercise: Task: Configure a DHCP Server

Lecture 57 Exercise: Task: Verifying the Allocation of Dynamically Allocated IP Addresses

Lecture 58 Create DHCP Exclusion

Lecture 59 Create DHCP Client Reservations

Lecture 60 Configure a DHCP Relay Agent

Lecture 61 Add a DHCP Server on Another Subnet

Section 10: DNS

Lecture 62 DNS Lecture

Lecture 63 DNS Part 1

Lecture 64 DNS Part 2

Lecture 65 DNS Wireshark

Lecture 66 DNS Troubleshoot and Cloud

Lecture 67 Exercise : Task: Install a DNS Server

Lecture 68 Exercise: Task: Configure an Additional DNS Server

Lecture 69 Exercise: Task: Configuring a DNS Record

Lecture 70 Configure DNS Addresses

Lecture 71 Create Standard DNS Zone

Lecture 72 Create Host Records

Lecture 73 Create CNAME RECORDS

Lecture 74 Troubleshoot DNS Records

Section 11: Network Tools

Lecture 75 Ping Tool (Demo)

Lecture 76 Ping Tool Wireshark

Lecture 77 Ping Tool Troubleshoot & Network Security Q&A

Lecture 78 Tracert Tool (Demo)

Lecture 79 Netstat Tool (Demo)

Section 12: Cisco Switches and Network Security

Lecture 80 Cisco Switches

Lecture 81 Stackwise VS Chassis

Lecture 82 Memory Components and Config files

Lecture 83 Boot Process

Lecture 84 Learn Networking with Packet Tracer & Practice Labs

Lecture 85 Basics of Cisco IOS

Lecture 86 How switch switches

Lecture 87 Traditional ARP

Lecture 88 Proxy and Gratuitous ARP

Lecture 89 ARP Network Security and Q&A

Lecture 90 Spanning Tree Protocol (802.1d)

Lecture 91 Port Roles Assignments and Port Modes

Lecture 92 LAB STP

Lecture 93 Exercise: Task: Creating VLANS

Lecture 94 Exercise: Task : Access Port -Data VLANS

Lecture 95 Exercise: Task: Configuring Routing and Static Routing

Lecture 96 Exercise: Task: Configuring Default Route

Lecture 97 Exercise: Task: Trunk Port

Lecture 98 Configure Switch IP and VLAN GUI

Lecture 99 Configure Switch IP Settings – CLI

Lecture 100 Configure Management VLAN Settings -CLI

Lecture 101 Configure Trunking

Lecture 102 Harden a Switch

Lecture 103 Secure Access to a Switch

Section 13: Virtualization

Lecture 104 Virtualization and Walkthrough

Section 14: Cloud Administration Basics

Lecture 105 What is Cloud Computing and AWS Hands-on demo

Lecture 106 Final Tips

Aspiring IT Professionals: If you're new to the field of IT and looking to kickstart your career, this course provides a comprehensive introduction to core networking concepts, protocols, and technologies essential for entry-level IT roles.,Current IT Pros: If you're already working in IT but want to enhance your networking knowledge and skills, this course offers valuable insights and practical exercises to help you advance your career and take on more challenging roles.,Career Changers: If you're considering a career change to IT and want to acquire foundational networking skills, this course serves as an excellent starting point to transition into the IT industry and pursue diverse career opportunities.,Students and Graduates: For students pursuing degrees or certifications in IT-related fields, this course complements academic studies by providing hands-on experience and real-world insights into networking technologies and practices.,Professionals Seeking Career Advancement: If you're aiming to advance your career in IT, whether in network administration, cybersecurity, cloud computing, or system engineering, this course equips you with the necessary networking expertise to succeed in higher-level roles.

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