Many employers prefer to employ individuals who have the CCNA course certification, as it shows that they have expanded their knowledge, which can be advantageous to the employer. The tech industry is highly competitive, and it’s always increasing, so for employers, having employees with updated knowledge and also keeping up with market trends are great assets.
Why Get CCNA Certification?
Obtaining a Cisco CCNA certification can open the door to many job opportunities, such as Computer Network Engineer, IT Support Engineer, Network Administrator, System Administrator, etc.
How Can We Help?
Fibertrain, an IT training centre in Lagos Nigeria, has the competence to provide practical CCNA/CCNP Certification training in Routing and Switching, Wireless, Security, Voice, Design, Data Centre, etc. Please see our different CCNA training offerings below and contact us for the CCNA training and exam.
This CCNA Training is 75% practical with real Cisco 2960, 3750 Switches and Cisco 1841, 2900 routers. Students will get hands-on experience by applying the knowledge and commands learned in a real network with Cisco equipment.
CCNA Training 200-301
This course covers everything in the new CCNA 1.0 200-301. You will learn how to install, configure and maintain a small to mid-sized network with Cisco routers and switches and Wireless Access Points.
Course Highlights
In this course, you will learn:
- Learn the basics of networking.
- The difference between protocols like IP, TCP, and UDP.
- The difference between IPv4 and IPv6.
- The difference between routers and switches.
- How to configure Cisco Catalyst switches.
- How to configure Cisco IOS routers.
- How to configure the OSPF routing protocol.
- How to protect your routers with access-lists and VPNs.
- How network automation impacts traditional network management
- And many other topics…
Requirements
- Basic computer skills
- A basic understanding of networking (this will make it easier, but is not required). We start from the beginning.)
Course Outline:
CCNA Training Routing and Switching 200-125
Strategy: Our courses are purely practical, using Cisco 29600,3750 Switches and 1841,2900 series routers. Students will get hands-on experience by applying the knowledge and commands learned in a real network with Cisco equipment.
Course: 200-125
Length: 4 weeks
CCNA Course Outcome: At the end of this course, students should be able to explain
a. Explain network technologies and TCP/IP network layer model
b. Design, implement and troubleshoot LAN and Vlan
c. Use Cisco IOS commands for switches and routers configuration
Course Overview:
Networking fundamentals
Binary, decimal numbering and IP subnetting
TCP/IP and the OSI model
Introduction to the Cisco IOS
Configuring Cisco routers and switches
Network discovery and management using CDP, Telnet, SSH, and TFTP
Spanning Tree Protocol basics
VLANs and switching trunks
Configure, verify and troubleshoot the static route
Learn to Configure, verify, and troubleshoot RIP, OSPF and EIGRP routing protocols
Understanding and configuring Access control lists
Configuring NAT and PAT
Enable IPv6
Learn and Configure FHRP
Understanding Virtual Private Network (VPN)
WAN protocols (Frame Relay and PPP)
CCNA Training DESIGN
The Cisco Certified Design Associate course is designed for network administrators who need to advance their knowledge in order to design networks for campuses and data centers. The training covers voice and wireless networks as well as network security.
Code: 200-310
Duration: 3 weeks
CCNA Design Course Overview:
1. Applying methodology to network design
2. Structuring and modularizing the network
3. Basic campus and data centre networks
4. Designing remote connectivity
5. IP addressing and selecting routing protocols
6. Evaluating security solutions for the network
7. Identifying Voice networking considerations
8. Wireless Networking Considerations
9. Implementing and operating the network
CCNA Training SECURITY TRAINING (Implementing Cisco Network Security IINS)
This course allows students to understand common security concepts, and deploy basic security techniques in Cisco LAN switches, routers and security appliances (ASA firewall) within a “real-life” network infrastructure.
Course: 210-260
Length: 4 weeks
Course Overview:
Part 1
Fundamentals of network security
Networking security concepts
Understanding security policies using a life-cycle approach
Building a security strategy
Part 2
Protecting the network infrastructure
Network foundation protections
Using Cisco Configuration Professional to protect the network infrastructure
Securing the management plane in Cisco iOS devices
Implementing AAA using iOS and radius server
Securing layer2 technologies
Part 3
Mitigating and controlling threats
Planning a threat control strategy
Using an access control list for threat mitigation
Understanding firewall fundamentals
Implementing Cisco iOS zone-based firewall
Configuring basic firewall policies on Cisco ASA
Cisco IPS/IDS fundamentals
Part 4
Using VPN for secure connectivity
Understanding VPN technology
Configure public key infrastructure
Fundamentals of IP security
Implementing IPSec site-to-site VPN
Configuring SSL VPN using Cisco ASA
CCNA Training WIRELESS TRAINING (Implementing Cisco Wireless Network Fundamentals) WIFUND
This course will provide students with information and practice activities to prepare them to assist in the designing, installing, configuring, monitoring and conducting basic troubleshooting tasks of a Cisco WLAN in SMB and Enterprise installations.
Course-Code: 200-355
Time to Complete: 4 weeks
Course Outline:
Deploy a Wired Infrastructure
Configure the Centralized WLN Deployment
Enable IPv6 Operation in a Centralized WLAN Deployment
Implement Security in a Centralized WLAN Deployment
Configure Guest Access Using the Anchor WLC
Deploy a Converged Access WLAN
Configure Security on a Converged WLAN Deployment
Initialize an Autonomous WLAN Deployment
Configure Security on an Autonomous AP WLAN Deployment
Configure Security on a Cloud WLAN Deployment
Activate Centralized Controller Maintenance
Perform Wi-Fi Scanning
Perform a Predictive WLAN Design
Conduct a Passive Site Survey Analysis.
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