COURSE
SYLLABUS
|
Instructor |
Dovel
Myers |
Phone |
351-3563 |
|
Office |
Kricker
127 |
E-mail |
dmyers@shawnee.edu |
|
Office
Hours |
|
Dept. |
Business
Administration |
3
To be determined
Internetworking with Microsoft and Cisco Technologies by Chiarella
Diskettes, USB drive, or CD as needed to store assignments.
Basic concepts of Digital Communications to include network hardware,
software, and technologies related to business needs. A course designed to
introduce students to computer networking terms and concepts. Topics include:
computers and software, cable types, network topologies, protocols and
services, OSI model, network components, local area networks, and wide area
networks.
Prerequisites: BUIS
1010
Upon completion of this course, the student will be able to:
·
Explain
common networking concepts and terminology.
·
Install
and troubleshoot basic hardware and software required to communicate in a
simple network and test for connectivity.
·
Describe
major network media and media testing techniques.
·
Explain
the fundamental concepts associated with media access techniques .
·
Optimize
network design in regard to segmentation, collision and broadcast domains.
·
Implement
and troubleshoot basic IP addressing and subnetting schemes.
·
Describe
the concepts associated with switching in a LAN environment.
·
Describe
the concepts associated with route selection and packet switching and the
different methods and protocols used to achieve it.
·
Describe
the fundamental concepts associated with transport layer protocols .
·
Explain
the OSI model and its functionality in computer networking.
·
Explain
the basic components of a LAN and WAN.
·
Identify
the key characteristics of common WAN configurations and technologies .
·
Describe
the operation of the major transport layer protocols .
·
Create
and maintain detailed documentation of a network.
·
Define
and explain LAN design.
·
Install,
configure and troubleshoot Cisco switches.
·
Perform,
verify and troubleshoot initial switch configuration tasks including remote
access management.
·
Explain the
concepts of switching and the benefits of using switches in a network (frame
forwarding,
·
Compare
and contrast hubs and switches and their affects on (1) broadcast domains and
(2) collision domains
·
Troubleshoot
switching problems in switched networks
·
Identify
the major internal and external components of a router and describe their
associated functionality.
·
Identify
the stages of the router boot-up sequence and show how the configuration
register and boot system commands modify that sequence.
·
Connect
the router FastEthernet, Serial WAN, and console ports to devices and
interconnect routers, hubs, and switches using serial and Ethernet interfaces.
·
Perform,
save and test an initial configuration on a router or modify an existing
configuration.
·
Evaluate,
configure and troubleshoot routing protocols, static routes and default routes
Class attendance:
The student is responsible for
the activities of each class period.
Attendance and participation is an important part of your class
grade(10%)..
Students missing class because of legitimate reasons must consult with
the instructor by telephone or email concerning the absence. Legitimate absences do not excuse the student
from class responsibilities. Examples of
reasons to be excused by the instructor are serious illness, death in the
family, or institutional activities.
Documentation for absences may be required.
Section 504 of the Rehabilitation Act of 1973 and the Americans with
Disabilities Act of 1990 require
Academic Integrity:
You are required to do your own
work on all tests and assignments. Any form of cheating may result in a grade
penalty or the student being withdrawn from the course as well as dismissal
from the University. See page 37 of the
Record Retention:
All student work submitted for a
grade will be retained for two weeks after the beginning of the next quarter;
after which point all paper work will be shredded and diskettes reformatted.
Attendance and Participation 10.00%
Weekly Assignments 50.00%
Quiz 1 10.00%
Quiz 2 10.00%
Final Examination 20.00%
Total 100.00%
Scale:
90.0% - 100% A
80.0% - 89.9% B
70.0% - 79.9% C
60.0% - 69.9% D
0.0% - 59.9% F
Lecture, demonstrations, and hands-on projects in computer lab.