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Courses
Networking
NETWORKING
Curriculum
12 Sections
142 Lessons
27 Minutes
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Module 1: Introduction to Computer Networks
11
1.1
Networking Course Introduction
10 Minutes
1.2
What is a Network
10 Minutes
1.3
Purpose of Networks
9 Minutes
1.4
Clients and Servers
11 Minutes
1.5
Peer-to-Peer vs. Client-Server
14 Minutes
1.6
Real-World Example: Accessing Facebook
11 Minutes
1.7
Simple Network Examples
12 Minutes
1.8
Lab Exercises – Interactive Terminal Demo
3 Minutes
1.9
LAB 1: Basic LAN Connectivity with Cisco Packet Tracer
1.10
LAB 2: Client-Server Communication with Cisco Packet Tracer
1.11
LAB 3: DNS & HTTP Packet Capture with Cisco Packet Tracer
Module 2: Types of Networks (LAN, WAN, MAN, PAN)
10
2.1
Overview of Network Types
5 Minutes
2.2
PAN (Personal Area Network)
10 Minutes
2.3
LAN (Local Area Network)
21 Minutes
2.4
MAN (Metropolitan Area Network)
17 Minutes
2.5
WAN (Wide Area Network)
13 Minutes
2.6
Comparison Table
10 Minutes
2.7
Lab Exercises – Interactive Terminal-Student
30 Minutes
2.8
LAB 4: Home Network (DHCP)- Cisco Packet Tracer
2.9
LAB 5: WAN (2 LAN Interconnection)-Cisco Packet Tracer
2.10
LAB 6: Wireless Network Setup-Cisco Packet Tracer
Module 3: Network Topologies (Star, Mesh, Bus, Ring)
14
3.1
What is Network Topology?
5 Minutes
3.2
Bus Topology
20 Minutes
3.3
Star Topology
14 Minutes
3.4
Ring Topology
18 Minutes
3.5
Mesh Topology
20 Minutes
3.6
Hybrid Topologies
10 Minutes
3.7
Topology Comparison
14 Minutes
3.8
Lab Exercises – Interactive Terminal (Topology‑Specific)-Student
30 Minutes
3.9
Topology Quiz-Student
5 Minutes
3.10
Troubleshooting & Validation-Student
15 Minutes
3.11
LAB 7: Star Topology Simulation- Mininet
3.12
LAB 8: Bus Topology Simulation-Mininet
3.13
LAB 9: Mesh Topology (Mininet)
3.14
LAB 10: Link Failure Analysis
Module 4: OSI Model and TCP/IP Model
11
4.1
Why Do We Need Network Models?
7 Minutes
4.2
OSI Model (Open Systems Interconnection)
35 Minutes
4.3
TCP/IP Model (Transmission Control Protocol/Internet Protocol)
21 Minutes
4.4
OSI vs TCP/IP & Data Encapsulation
29 Minutes
4.5
Lab Exercises – OSI & TCP/IP Model Mastery-Student Exercise
30 Minutes
4.6
Layer Game-Student Exercise
10 Minutes
4.7
Live HTTP
4.8
Troubleshooting Scenario: “Can’t reach google.com”-Student Exercise
10 Minutes
4.9
LAB 11: Packet Flow Analysis (Wireshark)
4.10
LAB 12: TCP vs UDP Analysis(Wireshark)
4.11
LAB 13: Port & Protocol Testing
Module 5: Network Devices (Router, Switch, Hub, Firewall
16
5.1
Overview of Network Devices
14 Minutes
5.2
Hub
14 Minutes
5.3
Switch
25 Minutes
5.4
Router
29 Minutes
5.5
Firewall
27 Minutes
5.6
Access Point (AP)
5.7
Modem
5.8
Bridge
5.9
Repeater
5.10
Gateway
5.11
Comparison Table: All Devices
5.12
Real‑World Scenario: Small Office Network
5.13
Network Devices Lab – Interactive Linux Terminal
5.14
LAB 14: Switch MAC Table
5.15
LAB 15: VLAN Configuration
5.16
LAB 16: Router Static Routing
Module 6: IP Addressing and Subnetting
13
6.1
Overview of IP Addressing
6.2
IPv4 Address Structure
6.3
Subnet Mask
6.4
Address Classes (Traditional Classful Addressing)
6.5
CIDR (Classless Inter-Domain Routing)
6.6
Subnetting Basic
6.7
Practical Subnetting Examples
6.8
VLSM (Variable Length Subnet Mask)
6.9
Special IP Addresses & Gateways
6.10
IP Subnetting Lab – Interactive Linux Terminal
6.11
LAB 17: Subnetting Practice
6.12
LAB 18: IP Allocation Design
6.13
LAB 19: Ping & Connectivity Validation
Module 7: DHCP and DNS Basics
14
7.1
What is DHCP?
7.2
DHCP Message Types (DORA Process)
7.3
DHCP Lease Renewal
7.4
DNS Hierarchy
7.5
DNS Resolution Process (www.google.com)
7.6
DNS Record Types
7.7
Dynamic DNS (DDNS)
7.8
Real-World Scenario: Small Office Network
7.9
Comparison Table: DHCP vs DNS
7.10
Lab Exercises – DHCP & DNS
7.11
Knowledge Check
7.12
LAB 20: Static Routing
7.13
LAB 21: RIP Configuration
7.14
LAB 22: OSPF Basic Setup
Module 8: Network Protocols (HTTP, HTTPS, FTP, SMTP, SNMP)
11
8.1
Overview of Application Layer Protocols
8.2
HTTP (Hypertext Transfer Protocol)
8.3
HTTPS (HTTP Secure)
8.4
FTP (File Transfer Protocol)
8.5
SMTP (Simple Mail Transfer Protocol)
8.6
SNMP (Simple Network Management Protocol)
8.7
Protocol Comparison Table
8.8
Lab Exercises – Network Protocols
8.9
LAB 23: NAT Configuration
8.10
LAB 24: Internet Access Simulation
8.11
LAB 25: PAT (Port Address Translation)
Module 9: Introduction to Wireless Networking
12
9.1
What is a Wireless Network?
9.2
IEEE 802.11 Standards
9.3
Wireless Security
9.4
Channel & Interference
9.5
AP configuration
9.6
Real-World Scenario: Setting Up a Secure Home Wi-Fi
9.7
Comparison Table: Wired vs Wireless
9.8
Lab Exercises – Wireless Networking
9.9
Knowledge Check
9.10
LAB 26: Basic Firewall Rules
9.11
LAB 27: Port Blocking
9.12
LAB 28: Traffic Filtering
Module 10: Basics of Network Security
14
10.1
Overview of Network Security
10.2
CIA Triad
10.3
Firewalls
10.4
VPN (Virtual Private Network)
10.5
Encryption
10.6
Intrusion Detection & Prevention Systems
10.7
Defense in Depth (Layered Security)
10.8
Real‑World Scenario – Securing a Small Business Network
10.9
Summary of Security Tools and Technologies
10.10
Network Security Lab – Interactive Linux Terminal
10.11
Check Your Knowledge
10.12
LAB 29: Wi-Fi Configuration
10.13
LAB 30: WPA2 Security
10.14
LAB 31: Multiple AP Scenario
Module 11: Introduction to VPN and Remote Access
15
11.1
What is a VPN?
11.2
Types of VPNs
11.3
VPN Protocols & Modes
11.4
VPN Components
11.5
Remote Access Technologies
11.6
Site‑to‑Site VPNs
11.7
VPN Security Considerations
11.8
Real‑World Scenario – Enterprise VPN Deployment
11.9
Comparison Table – VPN Protocols
11.10
VPN Lab – Interactive Linux Terminal (Industry Level)
11.11
Check Your Knowledge
11.12
LAB 32: Mininet Basic Topology
11.13
LAB 33: SDN Flow Control
11.14
LAB 34: Link Failure Recovery
11.15
LAB 35: Traffic Engineering
Module 12: Network Troubleshooting Tools and Techniques
1
12.1
Common tools like ping, traceroute, ipconfig, and their use in diagnosing network problems.
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