CCNA (Cisco Certified Network Associate) 
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CCNA (Cisco Academy Curriculum) :

The Cisco CCNA® curriculum includes four separate semesters. These semesters cover the learning objectives of the CCNA certification exam, which is the first step in a Cisco career-certification path. The curriculum emphasizes the use of decision-making and problem solving techniques to resolve networking issues. 

CCNA students learn how to install and configure Cisco switches and

routers in local and wide-area networks using various protocols, how

to provide Level 1 troubleshooting service, and how to improve network performance and security. Additionally, the CCNA curriculum provides training in the proper care, maintenance, and use of networking software tools and equipment. 

v    The CCNA curriculum, features the following semesters:

• CCNA1 - Networking Basics (75 Hrs)   Register Now in CCNA1

Ø      Introduction to Networking (Module 1)

Ø      Networking Fundamentals (Module 2)

Ø      Networking Media (Module 3)

Ø      Cable Testing (Module 4)

Ø      Cabling LANs and WANs (Module 5)

Ø      Ethernet Fundamentals (Module 6)

Ø      Ethernet Technologies (Module 7)

Ø      Ethernet Switching (Module 8)

Ø      TCP/IP Protocol Suite and IP Addressing (Module 9)

Ø      Routing Fundamentals and Subnets (Module 10)

Ø      TCP/IP Transport and Application Layers (Module 11)

• CCNA2 - Routers and Routing Basics (75 Hrs) Register Now in CCNA2

Ø      WANs and Routers (Module 1)

Ø      Introduction to Routers (Module 2)

Ø      Configuring a Router (Module 3)

Ø      Learning about Other Devices (Module 4)

Ø      Managing Cisco IOS Software (Module 5)

Ø      Routing and Routing Protocols (Module 6)

Ø      Distance Vector Routing Protocols (Module 7)

Ø      TCP/IP Suite Error and Control Messages (Module 8)

Ø      Basic Router Troubleshooting (Module 9)

Ø      Intermediate TCP/IP (Module 10)

Ø      Access Control Lists (Module 11) 

• CCNA3 - Switching Basics and Intermediate Routing (54 Hrs) Register Now in CCNA3

Ø      Introduction to Classless Routing (Module 1)

Ø      Single-Area OSPF (Module 2)

Ø      EIGRP (Module 3)

Ø      Switching Concepts (Module 4)

Ø      Switches (Module 5)

Ø      Switch Configuration (Module 6)

Ø      Spanning-Tree Protocol (Module 7)

Ø      Virtual LANs (Module 8)

Ø      Virtual Trunking Protocol (Module 9)

• CCNA4 - WAN Technologies (42 Hrs) Register Now in CCNA4

Ø      Scaling IP Addresses Routing (Module 1)

Ø      WAN Technologies (Module 2)

Ø      PPP (Module 3)

Ø      ISDN and DDR (Module 4)

Ø      Frame Relay  (Module 5)

Ø      Introduction to Network Administration (Module 6)

v    Web-based content, online assessment and hand-on labs on real Cisco devices

v    Total number of hours: 246 Hrs

v    Total number of practical hours: 60 Hrs

v    70% discount for the CCNA industry exam

v    Certificate & thanks letter from Cisco upon the completion of each semester

v    Fees:

             350 L.E. per semester

v    Prerequisites:

• Good English reading level.

• Basic computer literacy and awareness of the Internet

• Prior experience with computer hardware, binary math, and basic electronics.

• For semesters 2-4, successful completion of previous semester(s).

v    For more information about Cisco Academy program, visit http://cisco.netacad.net

A (Compressed Course):

The CCNA compressed course teaches valuable networking and IT skills to students and workers worldwide who are interested in expanding their IT knowledge or starting a career in the technology industry. 

The Networking Academy program also fosters local economic growth by providing innovative IT curricula, as well as instructor development and support, to help produce a skilled workforce. 

v    Course Contents:

·        Planning & Designing

Ø       Design a simple LAN using Cisco Technology

Ø       Design an IP addressing scheme to meet design requirements

Ø       Select an appropriate routing protocol based on user requirements

Ø       Design a simple internetwork using Cisco technology

Ø       Develop an access list to meet user specifications

Ø       Choose WAN services to meet customer requirements

·        Implementation & Operation

Ø       Configure routing protocols given user requirements

Ø       Configure IP addresses, subnet masks, and gateway addresses on routers and hosts

Ø       Configure a router for additional administrative functionality

Ø       Configure a switch with VLANS and inter-switch communication

Ø       Implement a LAN

Ø       Customize a switch configuration to meet specified network requirements

Ø       Manage system image and device configuration files

Ø       Perform an initial configuration on a router

Ø       Perform an initial configuration on a switch

Ø       Implement access lists

Ø       Implement simple WAN protocols

·        Troubleshooting

Ø       Utilize the OSI model as a guide for systematic network troubleshooting

Ø       Perform LAN and VLAN troubleshooting

Ø       Troubleshoot routing protocols

Ø       Troubleshoot IP addressing and host configuration

Ø       Troubleshoot a device as part of a working network

Ø       Troubleshoot an access list

Ø       Perform simple WAN troubleshooting

·        Technology

Ø       Describe network communications using layered models

Ø       Describe the Spanning Tree process

Ø       Compare and contrast key characteristics of LAN environments

Ø       Evaluate the characteristics of routing protocols

Ø       Evaluate TCP/IP communication process and its associated protocols

Ø       Describe the components of network devices

Ø       Evaluate rules for packet control

Ø       Evaluate key characteristics of WANs

v    hand-on labs on real Cisco devices

v    Total number of hours: 80 Hrs

v    Number of practical hours: 10 Hrs

v    Fees:

        Students: 750L.E.            Register Now in CCNP

         Graduates: 1000L.E.     Register Now in CCNP

v    Prerequisites:

• Good English reading level.

• Basic computer literacy and awareness of the Internet

• Prior experience with computer hardware, binary math, and basic electronics.