Online Network Admin Career Path: Practical Training Guide
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Network Administrator Career Path

Learn essential skills to become a proficient network administrator, ensuring seamless connectivity, security, and support for organizational IT infrastructure.


162 Hrs 25 Min524 Videos860 QuestionsCertificate of CompletionClosed Captions

Network Administrator Career Path



When a user can’t reach a shared drive, a printer disappears from the network, or a remote office loses access to the VPN, the person everyone looks for is an online network admin. That job sounds simple from the outside. It is not. You are the one who keeps routers talking to switches, access working for users, and security controls tight enough to protect the business without breaking it. This course path is built for that exact reality.

I built this training to help you move from “I know a little networking” to “I can actually run a network responsibly.” If you want to become a network administrator, you need more than theory. You need practical judgment: how to configure devices, how to watch for failures before users call, how to secure access, how to document changes, and how to think through problems when the obvious fix is not the right fix. That is what this training is about.

What an online network admin actually does

Let me be blunt: the job is not just plugging in equipment and resetting passwords. An administrator network professional is responsible for uptime, access, security, and the day-to-day reliability people rarely notice until something breaks. You are managing the internal structure that keeps a business functional. That means you need to understand what is happening on the wire, in the switch, at the firewall, and in the user environment all at once.

In this training, you learn the core responsibilities that define the role:

  • Installing and maintaining network devices such as switches, routers, wireless access points, and firewalls
  • Monitoring traffic and performance to spot bottlenecks, outages, and misconfigurations
  • Setting up secure access for users, groups, and departments
  • Troubleshooting connectivity problems across local networks, remote access, and internet links
  • Documenting changes, policies, and network layouts so the environment remains supportable
  • Supporting business continuity with backups, redundancy, and recovery planning

That last part matters more than many beginners expect. Good network administration is not about heroics. It is about building systems that fail gracefully, recover predictably, and can be explained clearly to the next person who has to support them.

Why this training is designed for real network work

A lot of networking training stays too abstract. You memorize protocols, maybe you get comfortable with diagrams, and then you sit in front of a live environment and freeze because nothing looks like the textbook. I designed this course path to close that gap. If you are working toward an entry-level or early-career role as an administrator network professional, you need to learn how networks behave in the real world: imperfectly, inconsistently, and usually under time pressure.

This training focuses on the decisions you will actually make on the job. For example, when a user says “the network is slow,” that may mean wireless interference, a failing switch port, a DNS issue, a saturated WAN link, or something unrelated to the network at all. You need a process, not guesswork. You also need to know which problems you can safely resolve and which ones require escalation. That judgment is a skill, and it can be taught.

Good network administrators do not merely react to outages. They build enough visibility, structure, and documentation that the next problem is smaller, faster to isolate, and less disruptive than the last one.

If you have ever wondered, “are there coursecareers it courses for network administration?” this is the kind of training people usually mean: a practical career path that helps you gain job-ready skills instead of just collecting vocabulary.

Core networking skills you will build

The foundation of this course path is practical networking knowledge. Not just definitions, but operational understanding. You need to know what each layer of the network stack is doing, how traffic moves from one device to another, and where things go wrong when a device, service, or configuration is off by even a small amount. That is the difference between someone who can passively talk about networks and someone who can support them.

You will build competence in areas that matter on the job:

  • IP addressing, subnetting, and routing basics
  • Switching concepts, VLANs, and segmentation
  • DNS, DHCP, and common supporting services
  • Wireless network concepts and access considerations
  • WAN and remote access fundamentals
  • Network performance, latency, and throughput troubleshooting

I want you to understand the reasoning behind each piece. For example, VLANs are not just a diagramming exercise. They help separate departments, reduce broadcast traffic, and improve security boundaries. DNS is not just “name resolution.” When DNS fails, the whole environment starts looking broken even if the routing is fine. If you learn networking as a set of working systems instead of isolated terms, you will troubleshoot faster and with less anxiety.

This is the point where many learners begin to feel confident enough to become a network administrator, because the work starts making sense as a whole rather than as a pile of disconnected technologies.

Network setup, maintenance, and troubleshooting in practice

Setting up a network is only the beginning. The real job is maintaining it without causing outages while the business keeps running. That means planning changes carefully, testing configurations, and knowing how to back out when something behaves unexpectedly. A network administrator has to think in terms of risk, not just function.

In this training, you work through the practical side of maintenance and troubleshooting. That includes identifying connectivity failures, tracing device-to-device communication, validating interface status, checking address assignments, and understanding where to look first when a service is not responding. I emphasize methodical troubleshooting because random clicking wastes time and often makes things worse.

You will also learn how administrators handle change management in the real world:

  1. Document the current state before making changes
  2. Confirm the business impact and timing of the change
  3. Apply the update or configuration in a controlled way
  4. Validate the result against expected behavior
  5. Record what changed and what to monitor next

This is the kind of discipline that separates a technician from a reliable online network admin. Anyone can make a network work once. The real value is making it work consistently and predictably.

Security responsibilities every network administrator must take seriously

Security is not a separate job anymore. If you are responsible for the network, you are responsible for a meaningful portion of the organization’s security posture. That does not mean you must become a full-time security analyst, but it absolutely does mean you need to understand access control, segmentation, secure configuration, and the warning signs of suspicious network activity.

This course path covers the security habits that matter most for network operations:

  • Setting strong access controls for users and administrators
  • Using segmentation to limit unnecessary exposure
  • Recognizing risky configurations before they become problems
  • Monitoring for unusual traffic patterns and device behavior
  • Supporting patching and firmware updates on network hardware
  • Planning for incident response and recovery

Here is my opinion after years of watching people learn this field: most network incidents are not dramatic movie-style hacks. They are weak passwords, old firmware, overly broad permissions, flat network design, and poor documentation. The administrators who last in the role are the ones who take the boring controls seriously. Boring is good. Boring keeps the business safe.

If your goal is to work as an administrator network professional in a business, school, healthcare, or government environment, this section of the training is not optional. It is the part that protects the rest of the environment from becoming your next emergency.

Documentation, communication, and vendor coordination

A great network administrator is also a translator. You need to explain technical issues to managers, communicate clearly with users, and coordinate with vendors when hardware, licensing, or service contracts enter the picture. That communication skill is not “soft” in the dismissive sense. It is operationally critical.

Documentation is one of the most undervalued parts of network administration, and it is one of the easiest places for beginners to fail. If you do not record what is connected where, how it is configured, and why a change was made, you are creating future confusion for yourself and everyone else. Good documentation saves time during troubleshooting, makes audits easier, and reduces the chance of repeating mistakes.

In this course path, you will learn to think about:

  • Network diagrams and device inventories
  • Change logs and maintenance notes
  • Standard operating procedures
  • Escalation paths and vendor support workflows
  • Issue summaries written for technical and non-technical audiences

That is also why people often ask, “are there coursecareers it courses for network administration?” They are usually looking for training that teaches both the technical side and the professional habits that make someone employable. This path does both.

Career impact and where this role can take you

Entry-level and early-career network roles often lead to broader infrastructure careers. Once you understand how a network supports users, applications, and security controls, you become far more valuable to employers. A strong network administrator can move into roles like network engineer, systems administrator, infrastructure specialist, security operations support, or cloud/network support positions.

Job titles you may see include:

  • Network Administrator
  • Systems Administrator
  • Network Support Specialist
  • Infrastructure Technician
  • Help Desk Analyst with network responsibilities
  • Junior Network Engineer

Compensation varies by region, industry, and experience, but network administration is often a solid technical career path with room to grow. In the United States, many entry-level network support and administration roles start roughly in the $50,000 to $70,000 range, while experienced administrators and network-focused professionals commonly earn $70,000 to $95,000 or more. In larger enterprises, healthcare, finance, and government environments, pay can climb higher when you combine network skills with security, cloud, or systems knowledge.

This course is built to help you qualify for those first serious roles and to give you a platform for what comes next. If you want to become a network administrator, this is the kind of training that helps you speak the language of the job and perform with confidence once you get there.

How this training supports certification preparation

Even when a course is not tied to a single certification exam, strong network training should still help you think in certification terms. That means you should finish with a clearer grasp of networking terminology, troubleshooting logic, and security-aware administration. If you later pursue vendor-neutral or vendor-specific credentials, that foundation saves you time and frustration.

More important than memorizing exam objectives is understanding the job behind the exam. Certification questions often look complicated, but the correct answer usually comes from the same practical thinking you need on the job: identify the root cause, preserve availability, keep access secure, and choose the least disruptive fix.

This is especially useful if you are trying to move from help desk or general IT support into an online network admin role. You need structured knowledge, but you also need confidence under pressure. When a switch fails or a subnet is misconfigured, nobody wants a technician who only recognizes the problem in a lab. They want someone who can work through the issue methodically and keep the environment stable.

That is the kind of readiness this training is designed to build.

Who should take this course path

This program is a strong fit if you are early in your IT career and want a real path into network administration, or if you already work in support and need to expand into infrastructure work. It is also valuable for anyone who has inherited networking responsibilities in a small business or branch office and needs to stop improvising and start managing the environment correctly.

You should consider this course if you are:

  • A help desk technician moving toward infrastructure support
  • A junior IT professional who wants to become a network administrator
  • A career changer building practical technical skills from the ground up
  • A small business IT generalist managing routers, switches, and wireless systems
  • Someone preparing for more advanced networking or security training later

You do not need to be a wizard to start. But you do need curiosity, patience, and the willingness to troubleshoot carefully. Network administration rewards people who think clearly, document their work, and respect the impact of small mistakes.

Why self-paced on-demand training works for this subject

Networking skills improve when you can revisit concepts, replay explanations, and learn at your own pace. That matters because network topics often connect to each other in layers. If you miss one piece of subnetting, routing, or access control, the next topic becomes harder than it should be. On-demand training gives you the flexibility to slow down where you need to and move faster where you already have confidence.

That format is especially useful for an administrator network role because the job itself is not linear. One day you are working on user access. The next day you are troubleshooting a remote office connection. The next day you are validating a change to a switch stack. You need a training path that helps you build real understanding, not just one that lets you skim past difficult material.

My goal with this course is simple: when you finish, you should be able to look at a network issue, organize your thinking, and act like someone who belongs in the room. That is the real outcome.

CompTIA® and Security+™ are trademarks of CompTIA. This content is for educational purposes.

Module 0 – Course introduction
  • 0.1 Instructor Intro
  • 0.2 Course Overview
Module 1 – Networking Fundamentals
  • 1.1 Intro to Networking
  • 1.1.1 Activity: Creating a Network
  • 1.2 Common Terminology
  • 1.2.1 Activity: Examining Ports and Sockets
  • 1.3 OSI Model
  • 1.4 DoD Model
  • 1.4.1 Activity: Examining Network Layers
  • 1.5 TCP, UDP, IP
  • 1.5.1 Activity: Examining TCP
  • 1.5.2 Activity: Examining UDP
  • 1.5.3 Activity: Examining IP
  • 1.6 ICMP, IGMP, ARP
  • 1.6.1 Activity: Examining ICMP
  • 1.6.2 Activity: Examining ARP
  • 1.6.3 Activity: Examining IGMP
  • 1.7 Network Topologies
  • 1.8 Network Types
  • 1.9 Part 1: Network Characteristics
  • 1.9 Part 2: Network Characteristics
  • 1.10 Module 1 outro
Module 2 – Cables and Connectors
  • 2.1 Ethernet Standards
  • 2.2 Copper Cable Types
  • 2.3 Fiber Optic Cable Types
  • 2.4 Connector Types
  • 2.4.1 Activity: Selecting the Right Cable
  • 2.5 Media Converters and Transceivers
  • 2.6 Cable Management
  • 2.7 Module 2 Outro
Module 3 – Internet Protocol (IP)
  • 3.1 IPv4 Basics
  • 3.2 IP Packet and Interface Types
  • 3.2.1 Activity: Configuring Client IP Settings
  • 3.3 Binary Numbering System
  • 3.4 Classful and Classless Addressing
  • 3.5 Understanding CIDR Notation
  • 3.6 IPv4 Subnetting Method
  • 3.7 Verifying with Binary
  • 3.8 Finding Subnet IDs
  • 3.8.1 Activity: Subnetting a Class C Network
  • 3.9 The Delta in Action
  • 3.9.1 Activity: Subnetting With the Delta
  • 3.10 Subnetting Based on Hosts
  • 3.11 Subnetting in Other Octets
  • 3.12 Supernetting
  • 3.12.1 Activity: Supernetting
  • 3.13 IPv6
  • 3.14 IPv4 – IPv6 Transition Mechanisms
  • 3.15 Module 3 Outro
Module 4 – Layer 7 Protocols
  • 4.1 Remote Control Protocols
  • 4.2 File Sharing Protocols
  • 4.3 Web Protcols
  • 4.4 Email Protocols
  • 4.5 Database Protocols
  • 4.6 Voice Protocols
  • 4.7 Security Protocols
  • 4.8 Management Protocols
  • 4.9 Module 4 Outro
Module 5 – Network Services
  • 5.1 DHCP
  • 5.1.1 Activity: Configuring DHCP
  • 5.1.2 Activity: Configuring a DHCP Relay Agent
  • 5.2 DNS
  • 5.2.1 Activity: Configuring DNS – Part 1
  • 5.2.2 Activity: Configuring DNS – Part 2
  • 5.3 NTP
  • 5.4 Corporate and Datacenter Network Architecture
  • 5.5 Cloud Concepts and Connectivity Options
  • 5.6 Module 5 Outro
Module 6 – Networking Devices
  • 6.1 Introductory Concepts
  • 6.2 Repeaters and Hubs
  • 6.2.1 Activity: Connecting Devices with a Hub
  • 6.3 Bridges and Switches
  • 6.3.1 Activity: Connecting Devices with a Switch
  • 6.4 Routers and Multilayer Switches
  • 6.5 Security Devices
  • 6.6 Modems
  • 6.7 Module 6 Outro
Module 7 – Networked Devices
  • 7.1 IP Devices
  • 7.2 IoT
  • 7.2.1 Activity – Programming IoT Devices
  • 7.3 ICS/SCADA
  • 7.4 Module 7 Outro
Module 8 – Routing and Bandwidth Management
  • 8.1 Routing Basics
  • 8.1.1 Activity: Configuring Static Routes
  • 8.2 Packet Delivery on the Same Network
  • 8.3 IP Routing Across a Single Router
  • 8.4 IP Routing Across Multiple Hops
  • 8.4.1 Activity: Static Routes – CHALLENGE
  • 8.5 Route Selection
  • 8.6 RIP
  • 8.6.1 Activity: Configuring RIP – CHALLENGE
  • 8.7 OSPF
  • 8.8 EIGRP
  • 8.9 BGP
  • 8.10 NAT/PAT
  • 8.11 Bandwidth Management (with Module 8 Outro)
Module 9 – Ethernet Switching
  • 9.1 Ethernet Basics
  • 9.2 Switching Overview
  • 9.2.1 Activity: Examining a MAC Table
  • 9.3 VLANs
  • 9.3.1 Activity: Creating VLANs
  • 9.4 VLAN Trunking
  • 9.4.1 Activity: Configuring VLAN Trunking
  • 9.5 VLAN Routing
  • 9.5.1 Activity: Configuring VLAN Routing
  • 9.6 Contention Management
  • 9.7 Switchport Configuration (with Module 9 Outro)
Module 10 – Wireless Technologies
  • 10.1 Wireless Overview
  • 10.2 Radio Basics
  • 10.3 Modulation
  • 10.4 Wi-Fi Standards
  • 10.5 Antennas
  • 10.6 Wi-Fi Service Sets
  • 10.7 Wi-Fi Security
  • 10.8 Cellular
Module 11 Network Performance
  • 11.1 Monitoring Performance
  • 11.2 Common Metrics
  • 11.2.1 Activity: Examining Interface Statistics
  • 11.3 SNMP
  • 11.4 Netflow
  • 11.5 Network Security Monitoring (with Module 11 Outro)
Module 12 High Availability and Disaster Recovery
  • 12.1 HA and DR Concepts
  • 12.2 High Availability Mechanisms
  • 12.3 Disaster Recovery Mechanisms
  • 12.4 Facility and Infrastructure Support (with Module 12 Outro)
Module 13 Organizational Documents
  • 13.1 Plans and Procedures
  • 13.2 Security Policies
  • 13.3 Loss Prevention
  • 13.4 Common Agreements
  • 13.5 Common Documentation
  • 13.6 Structured Cabling – MDF and IDF
  • 13.7 Horizontal and Vertical Cabling
  • 13.7.1 Activity – Implementing Cable Management
  • 13.8 Labeling
  • 13.9 Surveys and Assessments (with Module 13 Outro)
Module 14 Network Security
  • 14.1 Common Security Concepts
  • 14.2 Common Attack Types
  • 14.3 Spoofing-based Attacks
  • 14.4 Hijacking and MITM
  • 14.5 Social Engineering
  • 14.6 Network Segmentation
  • 14.7 Private VLANs
  • 14.8 Single Organization Authentication
  • 14.9 Extending Authentication
  • 14.10 Authorization
  • 14.11 Network Device Hardening
  • 14.12 Wireless Security
  • 14.13 Remote Access Security
  • 14.14 IoT Security
  • 14.15 Physical Security (with Module 14 Outro)
Module 15 Network Troubleshooting
  • 15.1 Troubleshooting Methodology
  • 15.2 Physical Connectivity Issues
  • 15.3 Hardware Testing Tools
  • 15.3.1 Activity – Testing an Ethernet Cable
  • 15.3.2 Activity – Crimping on an RJ-45 Connector
  • 15.3.3 Activity – Punching Down Twisted Pair
  • 15.3.4 Activity – Using a Telephone Toner
  • 15.4 Understanding Electricity
  • 15.4.1 Activity – Checking Cable Continuity
  • 15.4.2 Activity – Testing DC Voltage
  • 15.4.3 Activity – Testing AC Voltage
  • 15.5 Twisted Pair Pinout Problems
  • 15.6 Twisted Pair Termination Problems
  • 15.7 Repairing Damaged Twisted Pair Cable
  • 15.8 Fiber Optic Connectivity Issues
  • 15.8.1 Activity – Testing a Fiber Optic Cable
  • 15.9 Common Port Problems
  • 15.9.1 Working with Ports and Their Devices
  • 15.10 Common Software Testing Tools
  • 15.10.1 Activity – Scanning for Open Ports
  • 15.11 Common Command Line Utilities
  • 15.12 Troubleshooting Basic IP Networking Issues
  • 15.13 Common Switching Issues
  • 15.14 Switching Test Tools and Techniques
  • 15.15 Common IP Routing Issues
  • 15.16 Wi-Fi Access Point Issues
  • 15.17 Wirelss Interference
  • 15.17.1 Activity – Using a Spectrum Analyzer
  • 15.18 Wireless Antenna Issues
  • 15.18.1 Activity – Configuring a Wi-Fi Router
  • 15.19 WAP Placement Strategies
  • 15.20 Infrastructure Service Issues (DHCP)
  • 15.21 Infrastructure Service Issues (DNS)
  • 15.22 Infrastructure Service Issues (NTP)
  • 15.23 Fireall / ACL Issues
  • 15.24 VPN Issues
  • 15.25 Additional Network Security Troubleshooting and Tips
  • 15.26 Advanced Networking Issues
  • 15.27 Troubleshooting Server Services (with Module 15 Outro)
  • CompTIA Network+ N10-008 Course Outro
Module 1 Understanding Local Area Networking
  • Module 1 Notes
  • 1.0 Intro to Networking Fundamentals
  • 1.1 Exam Overview
  • 1.1 Examining Local Network Devices and Data Transfers 1a
  • 1.1 Examining Local Network Devices and Data Transfers 1b
  • 1.1 Examining Local Network Devices and Data Transfers 1c
  • 1.1 Examining Local Network Devices and Data Transfers 1d
  • 1.1 Examining Local Network Devices and Data Transfers 1e
  • 1.1 Examining Local Network Devices and Data Transfers 1f
  • 1.2 Examining Local Network Devices and Data Transfers Part 2a
  • 1.2 Examining Local Network Devices and Data Transfers Part 2b
Module 2 Defining Networks with the OSI Model
  • Module 2 Notes
  • 2.1 Defining Networks with OSI Model Part 1a
  • 2.2 Defining Networks with OSI Model Part 1b
  • 2.3 Defining Networks with OSI Model Part 1c
  • 2.4 Defining Networks with OSI Model Part 1d
  • 2.5 Defining Networks with OSI Model Part 1e
  • 2.6 Defining Networks with OSI Model Part 1f
  • 2.7 Defining Networks with OSI Model Part 1g
  • 2.8 Defining Networks with OSI Model Part 1h
Module 3 Understanding Wired and Wireless Networks
  • Module 3 Notes
  • 3.1 Understand Wired and Wireless Networks Part1
  • 3.2 Understand Wired and Wireless Networks Part2
Module 4 Understanding Internet Protocol
  • Module 4 Notes
  • 4.1 Understanding Internet Protocol Part1
  • 4.2 Understanding Internet Protocol Part2
Module 5 Implementing TCP-IP in the command line
  • Module 5 Notes
  • 5.1 Implementing TCPIP in the Command Line
Module 6 Working with Networking Services
  • Module 6 Notes
  • 6.1 Working with Networking Services
Module 7 Understanding Wide Area Networks
  • Module 7 Notes
  • 7.1 Understanding Wide Area Network Part1
  • 7.2 Understanding Wide Area Network Part2
Module 8 Defining Network Infrastructure and Security
  • Module 8 Notes
  • 8.1 Defining Network Infrastructure & Network Security Part1
  • 8.2 Defining Network Infrastructure & Network Security Part2
Module 9 Key Takeaways
  • Key Takeaway Notes
  • 1. Key Take Aways of Networking Fundamentals
  • 2. Key Take Aways Mod1
  • 3. Key Take Aways Mod2
  • 4. Key Take Aways Mod3
  • 5. Key Take Aways Mod4
  • 6. Key Take Aways Mod5
  • 7. Key Take Aways Mod6
  • 8. Key Take Aways Mod7
Module 10 Terms to Know
  • Terms to Know Notes
  • 1. Terms to Know Networking Fundamentals
  • 2. Terms to Know Mod1
  • 3. Terms to Know Mod2
  • 4. Terms to Know Mod3
  • 5. Terms to Know Mod4
  • 6. Terms to Know Mod5
  • 7. Terms to Know Mod6
  • 8. Terms to Know Mod7
  • 9. Terms to Know Mod8
Module 1: Intro & Performing Basic Linux Tasks
  • Instructor Introduction
  • Course Introduction
  • Identify The Linux Design Philosophy
  • Enter Shell Commands
  • Shell Commands Activity
  • Get Help with Linux
Module 2: Managing Users and Groups
  • Assume Superuser and Groups
  • Create, Modify, and Delete Users
  • Create, Modify, and Delete Groups
  • Query Users and Groups
  • Configure Account Profiles
Module 3: Managing Permissions and Ownership
  • Modify File and Directory Permissions
  • Modify File and Directory Ownership
  • Configure Special Permissions and Attributes
  • Troubleshoot Permissions Issues
Module 4: Managing Storage
  • Create Partitions
  • Manage Logical Volumes
  • Mount File Systems
  • Manage File Systems
  • Navigate the Linux Directory Structure
  • Troubleshoot Storage Issues
Module 5: Managing Files and Directories
  • Create and Edit Text Files
  • Search for Files
  • Perform Operations on Files and Directories
  • Process Text Files
  • Manipulate File Output
Module 6: Managing Kernel Modules
  • Explore the Linux Kernel
  • Install and Configure Kernel Modules
  • Monitor Kernel Modules
Module 7: Managing the Linux Boot Process
  • Configure Linux Boot Components
  • Configure GRUB
Module 8: Managing System Components
  • Configure Localization Options
  • Configure GUIs
  • Manage Services
  • Troubleshoot Process Issues
  • Troubleshoot CPU and Memory Issues
Module 9: Managing Devices
  • Identify the Types of Linux
  • Configure Devices
  • Monitor Devices
  • Troubleshoot Hardware Issues
Module 10: Managing Networking
  • Identify TCP/IP Fundamentals
  • Identify Linux Server Roles
  • Connect to a Network
  • Configure DHCP and DNS Client Services
  • Configure Cloud and Virtualization Technologies
  • Troubleshoot Networking Issues
Module 11: Managing Packages and Software
  • Identify Package Managers
  • Manage RPM Packages with YUM
  • Manage Debian Packages with APT
  • Configure Repositories
  • Acquire Software
  • Build Software from Source Code
  • Troubleshoot Software Dependency Issues
Module 12: Securing Linux Systems
  • Implement Cybersecurity Best Practices
  • Implement Identity and Access Management Methods
  • Configure SELinux or AppArmor
  • Configure Firewalls
  • Implement Logging Services
  • Back Up, Restore, and Verify Data
Module 13: Working with Bash Scripts
  • Customize the Bash Shell Environment
  • Identify Scripting and Programming Fundamentals
  • Write and Execute a Simple Bash Script
  • Incorporate Control Statements in Bash Scripts
Module 14: Automating Tasks
  • Schedule Jobs
  • Implement Version Control Using Git
  • Identify Orchestration Concepts
Module 15: Installing Linux
  • Prepare for Linux Installation
  • Perform the Installation
Module 1: Exploring the Functions of Networking
  • Course Introduction
  • Instructor Introduction
  • Exploring the Functions of Networking Pt 1
  • Exploring the Functions of Networking Pt 2
Module 2: Introducing the Host-To-Host Communications Model
  • Introducing the Host-To-Host Communications Model Pt 1
  • Introducing the Host-To-Host Communications Model Pt 2
Module 3: Introducing LANs
  • Introducing LANs
  • Get Started with CLI Demo Pt 1
  • Get Started with CLI Pt Demo 2
  • Adding Descriptions to Interfaces Demo
  • Configure Gateway on a Switch Demo
  • Visualize Interfaces and Statistics Demo
  • Show Version Command Demo
  • CDP Demo
Module 4: Exploring the TCP/IP Link Layer
  • Exploring the TCP-IP Link Layer Pt 1
  • Exploring the TCP-IP Link Layer Pt 2
Module 5: Subnetting
  • Subnetting Pt 1
  • Subnetting Pt 2
  • Subnetting Pt 3
  • Subnetting Pt 4
  • Subnetting Pt 5
  • Subnetting Pt 6
Module 6: Explaining the TCP/IP Transport Layer and Application Layer
  • Explaining the TCP-IP Transport Layer and Application Layer Pt 1
  • Explaining the TCP-IP Transport Layer and Application Layer Pt 2
  • Explaining the TCP-IP Transport Layer and Application Layer Pt 3
Module 7: Exploring the Functions of Routing
  • Exploring the Functions of Routing Pt 1
  • Exploring the Functions of Routing Pt 2
  • Exploring the Functions of Routing Pt 3
  • Configuring RIP Demo
  • EIGRP Demo Pt 1
  • EIGRP Demo Pt 2
Module 8: Exploring the Packet Delivery Process
  • Exploring the Packet Delivery Process
Module 9: Troubleshooting a Simple Network
  • Troubleshooting a Simple Network
Module 10: Introducing Basic IPv6
  • Introducing Basic IPv6 Pt 1
  • Introducing Basic IPv6 Pt 2
  • Introducing Basic IPv6 Pt 3
  • Introducing Basic IPv6 Pt 4
  • Introducing Basic IPv6 Pt 5
  • Introducing Basic IPv6 Pt 6
  • Introducing Basic IPv6 Pt 7
  • Introducing Basic IPv6 Pt 8
  • IPV6 Basic Configuration and SLAAC Demo Pt 1
  • IPV6 Basic Configuration and SLAAC Demo Pt 2
  • IPV6 Routing Demo Pt 1
  • IPV6 Routing Demo Pt 2
  • IPV6 Static Routes Demo
Module 11: Configuring Static Routing
  • Configuring Static Routing
  • Static Routes Demo
Module 12: Implementing VLANs and Trunks
  • Implementing VLANs and Trunks Pt 1
  • Implementing VLANs and Trunks Pt 2
  • Implementing VLANs and Trunks Pt 3
  • Implementing VLANs and Trunks Pt 4
  • Spanning-tree Protocol Demo Pt 1
  • Spanning-tree Protocol Demo Pt 2
  • Spanning-tree Protocol Demo Pt 3
Module 13: Routing Between VLANs
  • Routing Between VLANs
  • Inter VLAN Routing Demo
Module 14: Introducing OSPF
  • Introducing OSPF Pt 1
  • Introducing OSPF Pt 2
  • Introducing OSPF Pt 3
  • Introducing OSPF Pt 4
  • OSPF Single Area Demo Pt 1
  • OSPF Single Area Demo Pt 2
  • OSPF Multiple Area Demo Pt 1
  • OSPF Multiple Area Demo Pt 2
Module 15: Building Redundant Switched Topologies
  • Building Redundant Switched Topologies Pt 1
  • Building Redundant Switched Topologies Pt 2
Module 16: Improving Redundant Switched Topologies with EtherChannel
  • Improving Redundant Switched Topologies with Ether Channel Pt 1
  • Improving Redundant Switched Topologies with Ether Channel Pt 2
  • Configuring Ether Channel Demo
Module 17: Exploring Layer 3 Redundancy
  • Exploring Layer 3 Redundancy
Module 18: Introducing WAN Technologies
  • Introducing WAN Technologies Pt 1
  • Introducing WAN Technologies Pt 2
  • Introducing WAN Technologies Pt 3
  • Introducing WAN Technologies Pt 4
  • Introducing WAN Technologies Pt 5
  • Introducing WAN Technologies Pt 6
Module 19: Explaining Basics of ACL
  • Explaining Basics of ACL Pt 1
  • Explaining Basics of ACL Pt 2
  • Explaining Basics of ACL Pt 3
Module 20: Enabling Internet Connectivity
  • Enabling Internet Connectivity
  • DHCP Demo
  • Static NAT Demo
  • PAT Using Specific IP Demo
  • PAT Using IP of Interface Demo
Module 21: Introducing QoS
  • Introducing QoS Pt 1
  • Introducing QoS Pt 2
  • Introducing QoS Pt 3
  • Introducing QoS Pt 4
  • Introducing QoS Pt 5
Module 22: Introducing Architectures and Virtualization
  • Introducing Architectures and Virtualization Pt 1
  • Introducing Architectures and Virtualization Pt 2
  • Introducing Architectures and Virtualization Pt 3
  • Introducing Architectures and Virtualization Pt 4
Module 23: Introducing System Monitoring
  • Introducing System Monitoring Pt 1
  • Introducing System Monitoring Pt 2
  • Introducing System Monitoring Pt 3
Module 24: Managing Cisco Devices
  • Managing Cisco Devices Pt 1
  • Managing Cisco Devices Pt 2
  • NTP Demo
  • Syslog Demo
Module 25: Examining the Security Threat Landscape
  • Examining the Security Threat Landscape Pt 1
  • Examining the Security Threat Landscape Pt 2
Module 26: Implementing Threat Defense Technologies
  • Implementing Threat Defense Technologies Pt 1
  • Implementing Threat Defense Technologies Pt 2
  • Implementing Threat Defense Technologies Pt 3
  • Implementing Threat Defense Technologies Pt 4
  • Implementing Threat Defense Technologies Pt 5
  • Authentication Protocols Demo Pt 1
  • Authentication Protocols Demo Pt 2
  • Device Hardening Demo Pt 1
  • Device Hardening Demo Pt 2
  • Device Hardening Demo Pt 3
  • Port Security Demo
Module 27: Exam Preparation
  • Exam Prep Tips
Module 28: Practice Demos
  • Get Started with CLI Demo Pt 1
  • Get Started with CLI Pt Demo 2
  • Adding Descriptions to Interfaces Demo
  • Configure Gateway on a Switch Demo
  • Visualize Interfaces and Statistics Demo
  • Show Version Command Demo
  • CDP Demo
  • Static Routes Demo
  • DHCP Demo
  • Static NAT Demo
  • PAT Using Specific IP Demo
  • PAT Using IP of Interface Demo
  • Configuring RIP Demo
  • Configuring Ether Channel Demo
  • Inter VLAN Routing Demo
  • Spanning-tree Protocol Demo Pt 1
  • Spanning-tree Protocol Demo Pt 2
  • Spanning-tree Protocol Demo Pt 3
  • EIGRP Demo Pt 1
  • EIGRP Demo Pt 2
  • Authentication Protocols Demo Pt 1
  • Authentication Protocols Demo Pt 2
  • NTP Demo
  • Syslog Demo
  • Device Hardening Demo Pt 1
  • Device Hardening Demo Pt 2
  • Device Hardening Demo Pt 3
  • Port Security Demo
  • OSPF Single Area Demo Pt 1
  • OSPF Single Area Demo Pt 2
  • OSPF Multiple Area Demo Pt 1
  • OSPF Multiple Area Demo Pt 2
  • IPV6 Basic Configuration and SLAAC Demo Pt 1
  • IPV6 Basic Configuration and SLAAC Demo Pt 2
  • IPV6 Routing Demo Pt 1
  • IPV6 Routing Demo Pt 2
  • IPV6 Static Routes Demo
Module 1 – Introduction to Security
  • 1.1 Introduction to Security
Module 2 – Malware and Social Engineering Attacks
  • 2.1 Malware and Social Engineering Attacks
Module 3 – Basic Cryptography
  • 3.1 Basic Cryptography
Module 4 – Advanced Cryptography and PKI
  • 4.1 Advanced Cryptography and PKI
Module 5 – Networking and Server Attacks
  • 5.1 Networking and Server Attacks
Module 6 – Network Security Devices, Designs and Technology
  • 6.1 Network Security Devices, Designs and Technology
Module 7 – Administering a Secure Network
  • 7.1 Administering a Secure Network
Module 8 – Wireless Network Security
  • 8.1 Wireless Network Security
Module 9 – Client and Application Security
  • 9.1 Client and Application Security
Module 10 – Mobile and Embedded Device Security
  • 10.1 Mobile and Embedded Device Security
Module 11 – Authentication and Account Management
  • 11.1 Authentication and Account Management
Module 12 – Access Management
  • 12.1 Access Management
Module 13 – Vulnerability Assessment and Data Security
  • 13.1 Vulnerability Assessment and Data Security
Module 14 – Business Continuity
  • 14.1 Business Continuity
Module 15 – Risk Mitigation
  • 15.1 Risk Mitigation
Module 16 – Security Plus Summary and Review
  • 16.1 – Security Plus Summary and Review
Module 17 – Hands-On Training
  • 17.1 Hands-On Scanning Part 1
  • 17.2 Hands-On Scanning Part 2
  • 17.3 Hands-On Advanced Scanning
  • 17.4 Hands-On MetaSploit
  • 17.5 Hands-On BurpSuite
  • 17.6 Hands-On Exploitation Tools Part 1
  • 17.7 Hands-On Exploitation Tools Part 2
  • 17.8 Hands-On Invisibility Tools
  • 17.9 Hands-On Connect to Tor
Module 1: Security and Risk Management
  • Introduction
  • CIA Triad Security Governance – Part 1
  • CIA Triad Security Governance – Part 2
  • Compliance Legal And Regulatory Issues – Part 1
  • Compliance Legal And Regulatory Issues – Part 2
  • Understanding Professional Ethics – Part 1
  • Understanding Professional Ethics – Part 2
  • Risk Management – Part 1
  • Risk Management – Part 2
  • Threat Modeling Acquisition Strategy And Practice Security Awareness And Training – Part 1
  • Threat Modeling Acquisition Strategy And Practice Security Awareness And Training – Part 2
Module 2: Asset Security
  • Asset Security – Part 1
  • Asset Security – Part 2
Module 3: Security Engineering
  • Engineering And Management Of Security – Part 1
  • Engineering And Management Of Security – Part 2
  • Engineering And Management Of Security – Part 3
  • Engineering And Management Of Security – Part 4
  • Engineering And Management Of Security – Part 5
  • Engineering And Management Of Security – Part 6
Module 4: Communication and Network Security
  • Apply Secure Design Principles To Networks – Part 1
  • Apply Secure Design Principles To Networks – Part 2
  • Apply Secure Design Principles To Networks – Part 3
  • Apply Secure Design Principles To Networks – Part 4
  • Apply Secure Design Principles To Networks – Part 5
  • Apply Secure Design Principles To Networks – Part 6
  • Securing Network Components – Part 1
  • Securing Network Components – Part 2
  • Design And Establish Secure Communication Channels – Part 1
  • Design And Establish Secure Communication Channels – Part 2
  • Design And Establish Secure Communication Channels – Part 3
Module 5: Identity and Access Management
  • Controlling Access And Managing Identity – Part 1
  • Controlling Access And Managing Identity – Part 2
  • Controlling Access And Managing Identity – Part 3
  • Controlling Access And Managing Identity – Part 4
Module 6: Security Assessment Testing
  • Designing Performing And Analyzing Security Testing
Module 7: Security Operations
  • Foundational Concepts And Investigations – Part 1
  • Foundational Concepts And Investigations – Part 2
  • Incident Management And Preventative Measures – Part 1
  • Incident Management And Preventative Measures – Part 2
  • Disaster Recovery Process – Part 1
  • Disaster Recovery Process – Part 2
Module 8: Software Development Security
  • Understanding Applying And Enforcing Software Security – Part 1
  • Understanding Applying And Enforcing Software Security – Part 2
  • Conclusion

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[ FAQ ]

Frequently Asked Questions.

What skills are essential for becoming a proficient network administrator?

To excel as a network administrator, you need a solid foundation in networking fundamentals, including understanding TCP/IP, subnetting, and routing protocols. Hands-on experience with network hardware such as routers, switches, and firewalls is also crucial.

In addition to technical skills, strong problem-solving abilities and attention to detail enable network admins to diagnose and resolve issues efficiently. Communication skills are vital, as you’ll often need to explain complex concepts to non-technical users or collaborate with team members.

How does the Cisco Certified Network Associate (CCNA) certification support a network administrator’s career?

The CCNA certification is widely recognized as a foundational credential for network administrators. It validates your understanding of essential networking concepts, including LAN/WAN technologies, IP addressing, and network security.

Holding a CCNA can open doors to higher-level positions and provides a competitive edge in the job market. It also ensures you are familiar with industry-standard tools and best practices, which are vital for maintaining and troubleshooting enterprise networks effectively.

What are common misconceptions about the role of a network administrator?

One common misconception is that network administrators only work with hardware or perform routine maintenance. In reality, they are tasked with complex problem-solving, security management, and strategic planning for network growth.

Another misconception is that the job is purely technical. While technical skills are essential, soft skills such as communication, teamwork, and project management are equally important to ensure network stability and support organizational goals.

What are best practices for securing a corporate network as a network administrator?

Implementing a layered security approach is fundamental, including firewalls, intrusion detection systems, and regular software updates. Strong password policies and multi-factor authentication help prevent unauthorized access.

Regular network audits, monitoring logs for suspicious activity, and educating users on security best practices also play critical roles. Staying current with emerging threats and applying patches promptly helps maintain a secure environment for the business.

What career advancement opportunities are available for network administrators?

Experienced network administrators can advance to roles such as network engineer, security analyst, or IT manager. Specializing in areas like cybersecurity, cloud networking, or network architecture can further enhance career prospects.

Certifications like Cisco’s CCNP, CompTIA Network+, or vendor-specific credentials can provide additional credibility and open doors to higher responsibilities. Continuous learning and gaining hands-on experience are key to progressing in this dynamic field.

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