Course Objective: 

CCNA Discovery and CCNA Exploration are designed to meet the diverse needs of different types of students by using different methodologies to teach the same core concepts. The curricula target different student segments based on academic experience, skills, and goals, and accommodate a variety of educational approaches and learning styles to help all students succeed.

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CISCO CCNA Course Outline:

• Network Theory

  1. Networking Terminology

  2. Network Building Blocks

  3. Standard Network Models

  4. Network Topologies

  5. Network Categories

 

• Network Communications Methods

  1. Transmission Methods

  2. Media Access Methods

  3. Signaling Methods

 

• Network Data Delivery

  1. Data Addressing and Delivery

  2. Network Connection Mechanisms

  3. Reliable Delivery Techniques

 

• Network Media and Hardware

  1. Bounded Network Media

  2. Unbounded Network Media

  3. Noise Control

  4. Network Connectivity Devices

 

• Network Implementations

  1. The OSI Model

  2. Client Network Resource Access

  3. Ethernet Networks

  4. Token Ring Networks

  5. Fiber Distributed Data Interface (FDDI) Networks

  6. Wireless Technologies and Standards

 

• Networking with TCP/IP

  1. Families of Protocols

  2. The TCP/IP Protocol

  3. Default IP Addresses

  4. Custom IP Addresses

  5. The TCP/IP Protocol Suite

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• Core Network Concepts

  1. Introduction to Networking OSI Model

  2. Networking Fundamentals and Networking Media

  3. Cabling LANs and WANs

  4. Ethernet Fundamentals

  5. Ethernet Switching

  6. TCP/IP Protocol Suite and IP Addressing

  7. Routing Fundamentals and Subnets

  8. TCP/IP Transport and Application Layer

 

• Switch & Switching Basics 

1. Build a small LAN using network devices

2. Configure networking in a small LAN

3. Build networking cables

4. Manipulate IP Addresses

5. Basic Configuration

 

• Router & Routing Basics

1. WANs and Routers

2. Introduction to Router

3. Configuring a Router

4. Managing Cisco IOS Software

5. Routing and Routing Protocols

6. Distance Vector Routing Protocols

7. TCP/IP Suite Error and Control Messages

8. Basic Router Troubleshooting

9. Access Control Lists (ACLs)

 

• Basics Router Configuration

1. Configure a basic router

2. Create a subnetted IP Addressing scheme

3. Implement security on router interfaces

 

• Switching Basics and Intermediate Routing 

1. Understand and configure basic switching and more advanced routing.

2. Introduction to Classless Routing

3. Single-Area OSPF

4. EIGRP

5. Switching Concepts

6. Switches and Switch Configuration

7. Spanning Tree Protocol

8. Virtual LANs

9. VLAN Trucking Protocol

 

• Lab Configuration

  1. Configure a basic VLAN

  2. Understand the workings of STP and Trucking

  3. Configure OSPF and EIGRP on a router

  4. Configure standard and extended Access Control Lists on a router

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• WAN Technology

  1. Advanced IP addressing techniques using Network

  2. Address Translation (NAT), Port Address Translation (PAT) and DHCP

  3. Understand and configure remote access routers.

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• Implementation of WAN Technology

  1. Scaling IP Addresses

  2. WAN Technologies

  3. PPP

  4. ISDN and DDR

  5. Frame Relay

 

• Configuration WAN Technology

  1. Configure a router to work with PPP, ISDN and Frame Relay

  2. Configure authentication on a router using PPP

  3. Configure NAT, PAT and DHCP on a router

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Pre-requisites:

• N+ Certification

• CCNT Knowledge (Certified in Convergent Network Technologies)

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Target Audience:

• IT and Networking Students and Fresh Graduates

• CISCO Network Engineer 

• Network Engineer

• Junior Network & Systems Administrator

• Technical Support

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For further information and registration, please contact us on:

E-mail:  [email protected]

Phone Number: 00-961-1-340610

WhatsApp Number: 00-961-81-657222 

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