What You'll Learn
This intensive CCNA bootcamp emphasizes practical configuration skills and real-world troubleshooting. Master Cisco technologies through extensive lab practice.
Key Skills You'll Master
Routing Protocols Configuration
Configure OSPF, EIGRP, BGP, and static routing on Cisco routers with route redistribution and path optimization.
Switching & VLAN Implementation
Design and configure VLANs, trunking, STP, EtherChannel, and inter-VLAN routing for enterprise networks.
Network Security & ACLs
Implement standard and extended ACLs, port security, DHCP snooping, and AAA authentication on Cisco devices.
IP Addressing & Subnetting
Master IPv4/IPv6 addressing, VLSM, CIDR notation, and efficient IP address allocation for complex networks.
WAN Technologies & VPNs
Configure PPP, Frame Relay alternatives, site-to-site VPNs, and understand SD-WAN fundamentals.
Network Troubleshooting Methodology
Use show commands, debug tools, and systematic troubleshooting to diagnose and resolve network issues quickly.
Wireless Network Configuration
Configure wireless controllers, implement WPA2/WPA3 security, manage SSIDs, and optimize wireless coverage.
Network Automation & Programmability
Use Python scripts, REST APIs, and automation tools for network configuration and management tasks.
QoS & Traffic Optimization
Implement Quality of Service policies, configure traffic shaping, and prioritize critical network applications.
Course Modules
Module 1: Network Fundamentals
6 Hours- OSI and TCP/IP models
- Ethernet standards and cabling
- Network topologies and architectures
- Binary and hexadecimal conversion
- Network documentation basics
- Lab: Analyze network diagrams and protocols
Module 2: IP Addressing & Subnetting
5 Hours- IPv4 addressing and classes
- Subnetting with VLSM
- CIDR notation mastery
- IPv6 addressing fundamentals
- Private vs public addresses
- Lab: Subnet networks for enterprise design
Module 3: Switching & VLANs
8 Hours- Switch operation and MAC address tables
- VLAN configuration and trunking
- Inter-VLAN routing
- Spanning Tree Protocol (STP)
- EtherChannel link aggregation
- Lab: Configure VLANs and trunk ports
Module 4: Routing Protocols
10 Hours- Static routing configuration
- OSPF single and multi-area
- EIGRP implementation
- BGP basics
- Route redistribution
- Routing decision process
- Lab: Configure OSPF and EIGRP on routers
Module 5: Wireless Networks
5 Hours- Wireless standards (802.11a/b/g/n/ac/ax)
- SSID and channel configuration
- WPA2/WPA3 security
- Wireless controller setup
- RF principles and site surveys
- Lab: Configure wireless access points
Module 6: Network Security
6 Hours- Standard and extended ACLs
- Port security configuration
- DHCP snooping
- AAA authentication
- VPN types (site-to-site, remote access)
- Lab: Implement ACLs and port security
Module 7: Automation & Programmability
4 Hours- Network automation benefits
- Python scripting basics
- REST APIs and JSON
- Configuration management tools
- Lab: Use Python to configure network devices
Module 8: QoS & WAN Technologies
6 Hours- Quality of Service principles
- Traffic classification and marking
- Queuing mechanisms
- WAN technologies overview
- PPP configuration
- Lab: Configure QoS policies
Module 9: Troubleshooting
5 Hours- Troubleshooting methodology
- Show commands mastery
- Debug techniques
- Common routing issues
- Common switching problems
- Lab: Diagnose and fix network issues
Module 10: CCNA Exam Prep
5 Hours- Exam objectives review
- Practice exam questions
- Lab scenarios walkthrough
- Time management strategies
- Final preparation checklist
- Lab: Complete practice exams
Hands-On Labs & Projects
Lab 1: Router CLI Configuration
Configure Cisco routers via console, set hostnames, passwords, banners, and save configurations.
Lab 2: VLAN Trunking
Create VLANs on switches, configure trunk ports, implement inter-VLAN routing with router-on-a-stick.
Lab 3: OSPF Multi-Area
Design OSPF network with multiple areas, configure area borders, verify routing tables, and optimize routes.
Lab 4: EIGRP Configuration
Implement EIGRP routing protocol, configure authentication, adjust metrics, and troubleshoot neighbor relationships.
Lab 5: ACL Implementation
Create standard and extended ACLs, apply to interfaces, test filtering rules, and secure network access.
Lab 6: Site-to-Site VPN
Configure IPsec VPN between routers, establish encrypted tunnels, verify connectivity, and test security.
Lab 7: Network Automation
Write Python scripts using Netmiko, automate device configuration, backup configs, and parse command outputs.
Project: Enterprise Network Build
Design and deploy complete enterprise network with routing, switching, VLANs, security, and redundancy.
Tools & Platforms Required
Note: Packet Tracer and GNS3 are free. Cisco IOS images provided for lab use.
Who Should Enroll
Career Outcomes
CCNA certification opens doors to high-demand networking careers including:
Network Engineer
$70K - $95K avg. salary
Network Administrator
$65K - $88K avg. salary
Network Security Specialist
$75K - $100K avg. salary
Systems Engineer
$72K - $98K avg. salary
Cloud Network Architect
$85K - $120K avg. salary