What you'll learn:
- The course is designed to build strong CCNA-level networking foundations for students starting in networking and preparing for the Cisco CCNA 200-301
- Prepare for the in-demand entry-level networking certification (CCNA 200-301) with an exam-focused learning path.
- Understand network fundamentals including OSI/TCP-IP models, protocols, ports, IPv4/IPv6 addressing, and subnetting (including VLSM and summarization).
- Learn how switching works (MAC learning/aging, frame forwarding/flooding) and how to configure and verify basic switch settings in Packet Tracer
- Learn how switching works (MAC learning/aging, frame forwarding/flooding) and how to configure and verify basic switch settings in Packet Tracer
- Build strong IP connectivity skills including routing tables, forwarding decisions, static routing (IPv4/IPv6), floating static routes, and dynamic routing
- Configure and understand key IP services such as NAT (static/dynamic/PAT), DHCP, DNS, NTP, SNMP, Syslog, QoS fundamentals, SSH, and file transfer services
- Learn security fundamentals including threats, vulnerabilities, exploits, mitigation techniques, AAA concepts, VPN fundamentals, and implement security controls
- Understand automation and programmability topics tested in CCNA, including SDN concepts, northbound/southbound APIs, REST API basics (CRUD/HTTP verbs/auth)
- Understand automation and programmability topics tested in CCNA, including SDN concepts, northbound/southbound APIs, REST API basics (CRUD/HTTP verbs/auth
Networking is the backbone of modern IT, powering everything from home Wi-Fi to enterprise networks, data centers, and cloud services. This Complete CCNA 200-301 Prep course is a complete, exam-aligned training path designed to take students from beginner level to CCNA-ready.
The course starts from the ground up and explains how networks work, how devices communicate, how switching and routing decisions are made, and how core networking technologies are configured and verified. Students will learn VLANs, trunking, inter-VLAN routing, STP, EtherChannel, static routing, OSPF, NAT, DHCP, SSH, ACLs, and key network services used in real-world environments.
The course also covers security fundamentals, including common threats, mitigation techniques, device hardening, AAA, VPN basics, ACLs, DHCP snooping, Dynamic ARP Inspection, and port security. In addition, students will be introduced to modern CCNA automation and programmability topics such as SDN, REST APIs, JSON, Ansible, Terraform, and controller-based networking.
Each Packet Tracer lab is supported with a clear lab manual and exact command sets that students can follow easily, including configuration, verification, and troubleshooting steps. The course is designed to build both exam confidence and practical networking skills for entry-level IT and networking roles.
What You’ll Learn in This Course
Understand network fundamentals including OSI, TCP/IP, IPv4, IPv6, subnetting, protocols, and port numbers
Build and verify basic network topologies using Cisco Packet Tracer
Configure and troubleshoot switching concepts such as VLANs, trunking, STP, RSTP, and EtherChannel
Configure and troubleshoot routing concepts including static routing and OSPF
Implement IP services such as NAT, DHCP, DNS, NTP, SNMP, Syslog, QoS, SSH, TFTP, and FTP
Apply network security fundamentals including ACLs, AAA, VPN basics, and Layer 2 security features
Learn automation and programmability basics including SDN, APIs, JSON, Ansible, and Terraform
Course Outline
Section 1: Introduction
Introduction
Why CCNA Matters & What You Will Learn
CCNA Exam Overview & Prerequisites
Career Opportunities
Instructor Introduction
Section 2: Network Fundamentals
What is Network?
Why Do We Need Networks?
Network Components
Network Media and Interface Issues
Network Topologies
Network Architecture
Understanding OSI Model
Understanding TCP/IP Model
Encapsulation and Decapsulation
TCP Fundamentals
UDP Structure & Mechanism
Port Numbers in Network Communication
Application Layer Protocols
Network Layer Protocols
Understanding Number System
Understanding IPv4 Addressing
IPv4 Address Classes
Public vs Private IPs
Subnetting Fundamentals
Subnet Mask & CIDR Notation
Subnetting Across Different Classes
Variable Length Subnet Mask (VLSM)
IP Address Summarization
Understanding IPv6 Addressing
IPv6 Address Types and Structure
Introduction to Packet Tracer
How to Download & Install Packet Tracer
Understanding Packet Tracer Interface
Building Our First Topology
Understanding Basic Switch Configuration Lab
Verifying IP Parameters on Client Operating Systems
Virtualization Fundamentals
Wireless Fundamentals & Non-Overlapping Channels
Understanding Wireless Identity, Signal Behavior, and Wi-Fi Standards
Understanding Wireless Security & Authentication
Switching Concepts: MAC Learning & Aging
Switching Concepts: Frame Switching & Flooding
Switching Concepts: MAC Address Table
Switching Concepts Comprehensive Lab
Section 3: Network Access
Virtual LAN (VLAN) Fundamentals
VLAN Membership: Static vs Dynamic VLAN
Static VLAN Configuration Lab
Default and Voice VLAN
Trunk Port & VLAN Spanning
Frame Tagging: ISL and 802.1Q
802.1Q Structure and Workflow
Trunk Configuration Lab
Vlan Trunking Protocol (VTP)
VTP Comprehensive Lab
Understanding Inter-VLAN Routing
Inter-VLAN Routing Lab using Router-on-a-Stick & SVI Method
Inter-VLAN Routing Comprehensive Lab
Discovery Protocols: CDP & LLDP
CDP & LLDP Configuration Lab
Understanding Spanning Tree Protocol (STP)
Understanding Rapid Spanning Tree Protocol (RSTP)
Spanning Tree Protocol Comprehensive Lab
EtherChannel with LACP
EtherChannel Configuration Lab
Understanding Cisco Wireless Architecture
Wireless Access Point Modes
WLAN Physical Infrastructure Connection
Network Device Management Access
Section 4: IP Connectivity
Routing Basics
IP Routing Process
Interpreting Routing Table
How a Router Makes Forwarding Decisions
Routing Configuration Lab: Directly Connected Networks
Static Route Configuration Commands
IPv4 Static Route Configuration Lab
IPv6 Static Route Configuration Lab
Floating Static Route Lab
Routing Protocol Overview
Understanding Dynamic Routing
Understanding OSPFv2
OSPF Configuration & Debugging Lab
OSPF Process ID Redistribution Lab
OSPF DR-BDR Election Lab
First Hop Redundancy Protocols
Roles & Behavior of Gateway Redundancy Protocols
Section 5: IP Services
NAT Fundamentals
Static NAT Configuration Lab
Dynamic NAT Configuration Lab
NAT Overload (PAT) Configuration Lab
NTP Concept and Configuration Lab
Understanding the Role of DHCP & DNS
DHCP & DNS Configuration
Configuring Router as DHCP Server Lab
Comprehensive DHCP Relay & Client Lab
Understanding SNMP and Its Role
SNMP Structure
Understanding Syslog
QoS Fundamentals
Understanding SSH Role
SSH Configuration Lab
Understanding TFTP & FTP Protocols
Syslog & TFTP/FTP Configuration Lab
Section 6: Security Fundamentals
Understanding Network Threats
What are Vulnerabilities?
Understanding Exploits
Mitigation Techniques
User Awareness about Threats
Security Training
Physical Access Controls
Device Access Control using Local Password
Setting Up Device Access Control Lab
Password Policy Fundamentals
Password Alternatives: MFA and Certificates
Biometric and Comparative Analysis
VPN Fundamentals and IPsec Architecture
Remote Access and Site-to-Site VPN
AAA Framework
Authentication Concepts in AAA Framework
Authorization Concepts in AAA Framework
Accounting Concepts in AAA Framework
AAA Protocols
AAA Deployment Models
Access Control Lists
ACL Configuration and Placement Criteria
Verifying and Troubleshooting ACLs
Standard ACL Lab
Extended and Named ACL Lab
Wireless Security Protocols
WLAN Configuration via GUI Lab
Layer 2 Security: DHCP Snooping
DHCP Snooping Lab
Layer 2 Security: Dynamic ARP Inspection
Dynamic ARP Inspection Lab
Layer 2 Security: Port Security
Switch Port Security Lab
Section 7: Automation & Programmability
Network Automation
How Automation Transforms Network Operations
Traditional vs Controller-Based Networking
Operational Impact of Traditional vs Controller-Based Networking
SDN Overview
Real-World SD-WAN and Fabric Examples
Policy Abstraction and Intent-Based Networking
SD-WAN Architecture
Northbound and Southbound APIs
AI and ML in Network Operations
Machine Learning Models in Networking
Predictive AI in Network Automation
Generative AI in Network Automation
REST API Structure
CRUD Operations and HTTP Verbs in REST APIs
REST API Mechanics: Authentication Methods
REST API Mechanics: Data Formats
Configuration Management
Ansible and Terraform
JSON
Decoding JSON Structure
JSON Arrays and Real-World Decoding
JSON Validation and Schema
What’s Included in This Course?
Video lectures with clear, step-by-step explanations of CCNA 200-301 topics
Hands-on Packet Tracer labs for configuration, verification, and troubleshooting
Quiz-style reinforcement to test understanding after each module
Downloadable study materials including command references
eBook for structured revision and concept reinforcement
Exam-focused content aligned with the official CCNA 200-301 exam domains
Who Should Take This Course?
Beginners who want to learn networking from scratch
IT support, helpdesk, and system administration professionals who want to move into networking
Students preparing for the Cisco CCNA 200-301 certification exam
Anyone who wants practical routing, switching, security, and automation skills for real-world networking
This course does not require prior networking experience. It is designed to be easy to follow, hands-on, and fully exam-focused.
Start learning today and take the next step toward becoming CCNA certified!
