Syllabus
Routers

Routers

ITNW-2312

Credit Summer 2020
06/01/2020 - 08/02/2020

Course Information

Section 001
Distance Learning
MW 18:00 - 19:30
ONL DIL
James Wade

Section 001
Laboratory
MW 19:30 - 21:45
ONL DIL
James Wade

Office Hours

No office hours have been entered for this term

Course Requirements

 

Basis for Grades

 

 

Type

Number

Percent Each

Total Weight

 

Lecture Exam

2 Exams

15%

30%

 

Chapter Quiz

36 Chapter Quizzes

1 %

36%

 

Labs

12 Labs

2%

24%

 

Attendance

 

  10%

 10%

 

 

 

Total

100%

 

 

 

 

Lecture Exams

2 in number

15 points each, Total weight 30%

T/F, multiple choices

Will cover specific chapters and appendices (see schedule)

Closed book

 

You will not be able to take Exam after the scheduled/deadline date. You will receive a grade of zero (0%) for the exam.

 

 

Chapter Quizzes

36 quizzes in number, over textbook chapters

1% of your grade per quizze, total weight 36%

Open book.

 

Labs

12 in number, Hardware & Virtual GNS3

2% of your grade per Lab, total weight 24%

 

Online Participation


Total weight 10%

 

 

Since this is an Online Course; your participation online will count towards 10% of your grade. Participation means attending Webex Sessions, answering & asking questions, and participating in forums.

Readings

I
ITNW 2312-001 Class Schedule  Ver 1
Summer 2020
               
  Tentative schedule subject to change       Holidays:  None  
               
               
Wk. Cl. Day Date Lecture Readings Lab Due
1 1 M 1-Jun Introduction
Syllabus
Networking Intro
Syllabus    
2 2 W 3-Jun Intro to TCP/IP Networking
Fundamentals of Ethernet LANS
Chapter 1
Chapter 2
Packet Tracer Lab 1  
2 3 M 8-Jun Fundamental of WANS
Fundamentals of IPV4 Routing
Chapter 3
Chapter 4
  Quiz's 1 & 2
3 4 W 10-Jun Fundamentals of TCP/IP Transport
Command Line Interface
Chapter 5
Chapter 6
Packet Tracer Lab 2 Quiz's 3 & 4
3 5 M 15-Jun Analyzing LAN Switching
Configuration Basic Switch Mgmt.
Chapter 7
Chapter 8
  Quiz's 5 & 6
4 6 W 17-Jun Configuring Switch Interfaces
Analyzing LAN Designs
Chapter 9
Chapter 10
Packet Tracer Lab 3 Quiz's 7 & 8
4 7 M 22-Jun Implementing VLANS
Troubleshooting LANS
Chapter 11
Chapter 12
Subnet Lab 1 Quiz's 9 & 10
5 8 W 24-Jun IPv4 Subnetting
IPv4 Networks
Chapter 13
Chapter 14
Subnet Lab 2 Quiz's 11 & 12
5 9 M 29-Jun Subnet Masks
Existing Subnets
Chapter 15
Chapter 16
Cisco Routers & GNS3 Lab 1 Quiz's 13 & 14
6 10 W 1-Jul Operating Cisco Routers
Configuring IPv4
IPv4 RIPv2
Chapter 17
Chapter 18
Chapter 19
Cisco Routers & GNS3 Lab 2 Quiz's 15 & 16
6 11 M 6-Jul DHCP
Subnet Design
Variable-Length Subnets
Chapter 20
Chapter 21
Chapter 22
Subnet Lab 3 Quiz's 17,18,19
MidTerm Exam 1
7 12 W 8-Jul IPV4 Troubleshooting Tools
IPv4 Routing
Chapter 23
Chapter 24
Cisco Routers & GNS3 Lab 3 Quiz's 20,21,22
7 13 M 13-Jul IPV4 ACL's
Advanced ACL's
NAT
Chapter 25
Chapter 26
Chapter 27
Cisco Routers & GNS3 Lab 4 Quiz's 23,24
8 14 W 15-Jul Fundamentals of IPv6
IPV6 Addressing
IPv6 on Routers
Chapter 28
Chapter 29
Chapter 30
Cisco Routers & GNS3 Lab 5 Quiz's 25,26,27
8 15 M 20-Jul IPv6 on Hosts
IPv6 Routing
Chapter 31
Chapter 32
Cisco Routers & GNS3 Lab 6 Quiz's 28,29,30
9 16 W 22-Jul Device Management Protocols
Device Security Features
Chapter 33
Chapter 34
Cisco Routers & GNS3 Lab 7 Quiz's 31,32
9 17 M 27-Jul Managin IOS Files
IOS License Management
Chapter 35
Chapter 36
Catchup Quiz's 33,34
9 18 W 29-Jul Final   Lab Catchup Quiz's 35,36
EXAM 2 DUE

 

Course Subjects

Course Description

An introduction to Cisco basic router configuration for local area networks and wide area networks. Topics include initial router configuration for TCP/IP, IP addressing techniques, management of the router configuration, backup of router configuration files, and intermediate routing protocols.

Subjects matter and lectures will be as follows below:

ITNW 2312-001 Class Schedule  Ver 1
Summer 2020
               
  Tentative schedule subject to change       Holidays:  None  
               
               
Wk. Cl. Day Date Lecture Readings Lab Due
1 1 M 1-Jun Introduction
Syllabus
Networking Intro
Syllabus    
2 2 W 3-Jun Intro to TCP/IP Networking
Fundamentals of Ethernet LANS
Chapter 1
Chapter 2
Packet Tracer Lab 1  
2 3 M 8-Jun Fundamental of WANS
Fundamentals of IPV4 Routing
Chapter 3
Chapter 4
  Quiz's 1 & 2
3 4 W 10-Jun Fundamentals of TCP/IP Transport
Command Line Interface
Chapter 5
Chapter 6
Packet Tracer Lab 2 Quiz's 3 & 4
3 5 M 15-Jun Analyzing LAN Switching
Configuration Basic Switch Mgmt.
Chapter 7
Chapter 8
  Quiz's 5 & 6
4 6 W 17-Jun Configuring Switch Interfaces
Analyzing LAN Designs
Chapter 9
Chapter 10
Packet Tracer Lab 3 Quiz's 7 & 8
4 7 M 22-Jun Implementing VLANS
Troubleshooting LANS
Chapter 11
Chapter 12
Subnet Lab 1 Quiz's 9 & 10
5 8 W 24-Jun IPv4 Subnetting
IPv4 Networks
Chapter 13
Chapter 14
Subnet Lab 2 Quiz's 11 & 12
5 9 M 29-Jun Subnet Masks
Existing Subnets
Chapter 15
Chapter 16
Cisco Routers & GNS3 Lab 1 Quiz's 13 & 14
6 10 W 1-Jul Operating Cisco Routers
Configuring IPv4
IPv4 RIPv2
Chapter 17
Chapter 18
Chapter 19
Cisco Routers & GNS3 Lab 2 Quiz's 15 & 16
6 11 M 6-Jul DHCP
Subnet Design
Variable-Length Subnets
Chapter 20
Chapter 21
Chapter 22
Subnet Lab 3 Quiz's 17,18,19
MidTerm Exam 1
7 12 W 8-Jul IPV4 Troubleshooting Tools
IPv4 Routing
Chapter 23
Chapter 24
Cisco Routers & GNS3 Lab 3 Quiz's 20,21,22
7 13 M 13-Jul IPV4 ACL's
Advanced ACL's
NAT
Chapter 25
Chapter 26
Chapter 27
Cisco Routers & GNS3 Lab 4 Quiz's 23,24
8 14 W 15-Jul Fundamentals of IPv6
IPV6 Addressing
IPv6 on Routers
Chapter 28
Chapter 29
Chapter 30
Cisco Routers & GNS3 Lab 5 Quiz's 25,26,27
8 15 M 20-Jul IPv6 on Hosts
IPv6 Routing
Chapter 31
Chapter 32
Cisco Routers & GNS3 Lab 6 Quiz's 28,29,30
9 16 W 22-Jul Device Management Protocols
Device Security Features
Chapter 33
Chapter 34
Cisco Routers & GNS3 Lab 7 Quiz's 31,32
9 17 M 27-Jul Managin IOS Files
IOS License Management
Chapter 35
Chapter 36
Catchup Quiz's 33,34
9 18 W 29-Jul Final   Lab Catchup Quiz's 35,36
EXAM 2 DUE

 

Student Learning Outcomes/Learning Objectives

Course Objectives and Learning Outcomes

  1. Explain the process of packet delivery between different L3 networks and understand the necessity of packet routing
  2. Describe hardware and software components of a router
  3. Explain and manage boot process of a router
  4. Perform basic configuration of the IOS
  5. Configure Ethernet and serial interfaces for IP communications
  6. Compare static and dynamic routing
  7. Manage and interpret routing tables
  8. Plan and configure static routes
  9. Understand internal mechanics of RIP, RIPv2, OSPF, and EIGRP
  10. Implement dynamic routing using RIP, RIPv2, OSPF, ad EIGRP
  11. Troubleshoot IP connectivity using network utilities and router commands
  12. Configure DHCP and NAT within routed environment
  13. Implement packet filtering using ACLs