Syllabus for Data Communications and
LAN's CISC 231 (CCNA-1)
(4 Credit Hour Course)
Instructor: Kevin Manna, Founders 201
E-mail kmanna@northampton.edu
Website: www.kmanna.net
Text: Cisco Networking Academy
Program, CCNA 1 and 2 Companion Guide, REVISED Third Edition,
2005, ISBN: TBA plus Lab Companion ISBN: TBA. The book store will carry the Lab pack
which includes text and lab book under separate ISBN.
Catalog Description: Provides the
foundation for work in data communications and local
area network management; OSI Model and/or TCP/IP
protocol stack model covered in detail; data
transmission principles, media, major protocols,
topologies, routing methods, introduction to networking
principles, and Network operating system management
fundamentals.
Outcomes: At the completion of this
course, students will be able to demonstrate the
following competencies:
* Be able to identify and describe IP Address
Classes.
* Proficient in using the binary number system.
* Proficient in IP address subnetting techniques.
* Proficient in the use of the three basic Boolean
functions (AND, OR, NOR).
* Be able to describe the purpose of the OSI Model and
the functions of each layer.
* Be able to describe the process of data
encapsulation
* Be able to make a patch cable.
* Proficient in detailing the specifications of
networking media (copper, fiber, wireless).
* Be able to describe and apply CAT 5 cabling
standards.
* Be proficient in the use of a cable tester.
* Proficient in planning, designing, and installing work
group and peer-to-peer LANs.
* Be able to describe the purpose of the TCP/IP Protocol
Stack (DoD Model) and the functions of each layer.
* Be able to identify which layer of the OSI Model
specific TCP/IP protocols reside.
* Be able to compare and contrast the OSI Model and
TCP/IP Protocol Stack.
* Proficient in detailing the specifications of
Ethernet.
* Be able to identify and describe Ethernet families
(10BaseT, Fast Ethernet).
* Be able to describe the function of MAC addresses.
This course is predominantly a lecture
course, but it will contain some labs and group
exercises. These exercises are designed to increase the
student's familiarity with the networking concepts
discussed in the lectures and readings.
Class Labs will occur after the
discussion of a topic. Additional lab time can be made
available during the instructor's office hours or via
lab passes.
A Study Guide will be provided for
each Chapter. It is the student's responsibility to
complete these. They are for YOUR benefit and will
assist you when studying for the tests. Study Guides are
due on the class day FOLLOWING its respective lecture.
The CD accompanying your text is an invaluable tool.
Weather Hotline Number: 610-861-4595
Course Schedule available at
instructors NCC website.
Grading will be assigned approximately
per the following:
Assignments/Labs 20%
Tests (One on-line test after each chapter) 44%
Cabling Design Project/Case Study 15%
Final Exam(1) 21%
Tests for each chapter will be taken
at the beginning of a class period. They will be
announced one class period ahead of time. There is one
short on-line test for each chapter (approximately 20
questions). Tests may not normally be retaken. Tests can
be made up only in the event of a medical emergency
directly related to the student and verified by a
written doctor's excuse.
A one-time award of 5 points will be
added to one of your exams if you stop by my office for
an informal "how's the semester going?"
meeting after the third test and before the semester
break.
THE COLLEGE ATTENDANCE POLICY IS STRICTLY
ADHERED TO. |