ITCC-2054 Course Syllabus

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ITCC 2054 ROUTE.doc

ITCC
-
20
54

Course Syllabus

1. Name of Course:
Implementing IP Routing

(ROUTE)

2. Number of Clock Hours:
80

3. Course Description:

This course teaches students how to implement, monitor, and maintain routing
services in an enterprise network. Students will l
earn how to plan, configure, and
verify the implementation of complex enterprise LAN and WAN routing solutions,
using a range of routing protocols in IPv4 and IPv6 environments. The course
also covers the configuration of secure routing solutions to suppor
t branch offices
and mobile workers. Comprehensive labs emphasize hands
-
on learning and
practice to reinforce configuration skills.

4. Prerequisites:

Cisco CCNA or equivalent

5
. Course Objectives

● Explain complex network requirements and design models fo
r implementing
advanced routing services in an

enterprise network

● Implement EIGRP and OSPF in an enterprise network

● Implement various mechanisms for controlling routing updates and traffic

● Implement BGP to allow an enterprise network to connect to an

ISP

● Describe a basic implementation for branch office and mobile worker
connectivity

● Implement IPv6 in an enterprise network


Certification Alignment

The curriculum is aligned with
Cisco network Academy ROUTE

course and the
642
-
9
0
2

exam.

6
. Rationale:

Over 80% of worldwide internet traffic is controlled by CISCO routers and hubs,
and those certified by CISCO in the computer networking field are in high
demand.

7
. Required Materials:

Students will be provided with official CISCO study materials.

8
. Eval
uation

Those who participate in class discussions, score 70% or higher on the final
exam, and miss no more than three class meetings will be awarded
8
.0
continuing education units.

ITCC 2054 ROUTE.doc



9
. Course Outline


1. Routing Services

• Explain complex network requirements

and design models for implementing

ad
vanced routing services in an enterprise

network


2. Configuring the Enhanced

Interior Gateway Routing Protocol

• Implement EIGRP in an enterprise

network


3. Configuring the Open Shortest

Path First Protocol

• Implement OSPF in an enterprise

network


4. Manipulating Routing Updates

• Implement various mechanisms for controlling

routing updates and traffic


5. Implementing Path Control

• Implement path control using IP SLA

and PBR


6. Implementing a a Border

Gateway Protocol Solution for

ISP connectiv
ity

• Implement BGP to allow an enterprise

network to connect to an ISP


7. Implementing Routing Facilities

for Branch Offices and Mobile

Workers

• Describe a basic implementation for

branch

office and mobile worker
c
onnectivity


8. Implementing IPv6 in an

Enterprise Network

• Describe and configure IPv6 in an enterprise

network