ELTC-251 Evening
CCNA 1, Introduction to Networking
be dropped by the instructor. If there are special circumstances,
such as a long-term illness or death in the immediate family, the
student may be reinstated by decision of the instructor. (From the
Schedule of Classes).
Prerequisite: None
DESCRIPTION: 8 Hours Lecture/Lab, 9 weeks 3 Units. This
is the 1st of four courses designed to provide students with
classroom and laboratory experience in current and emerging
networking technology that will empower them to enter
employment or further education and training in the computernetworking field. Instruction includes, but is not limited to
routing , access control lists, Internet Protocol (IP) addressing,
and network standards.
METHOD OF INSTRUCTION: The course will include
lectures, problem solving, online instruction and hands on lab
experiments.
REQUIRED TEXTS:
Book 1: Cisco Networking Academy Program CCNA 1 and 2
Companion Guide 3rd Ed, isbn 1-58713-110-2
Book 2: Cisco Networking Academy Program CCNA 1 and 2
Lab Companion 3rd Ed, isbn 1-58713-111-0
Book 3: Cisco Networking Academy Program CCNA 1 and 2
Engineering Journal & Workbook 3rd Ed, isbn 1-58713-110-2
REQUIRED MATERIALS: pen, paper, journal
(composition book), soft 3-ring binder, floppy disk, ZIP disk
or USB key drive
LABORATORY ASSIGNMENTS: Each student will
complete the lab assignments. Each Lab assignment must be
completely filled in with all questions answered. The e-labs
are not to be considered a substitute for the hands on labs.
Additional labs may be assigned at the discretion of the
instructor.
Case Study: The network design and addressing Case Study
(CS) will be completed by all students. Project direction will
be provided by the instructor.
ATTENDANCE: Class will start with a lecture followed by
lab time for the remainder of class time. Attendance is 10% of
your grade. Roll will be at each class. Students are expected
to attend and participate (answer questions and contribute to
discussions: in class. Each missed class will deduct from the
total points given for attendance unless the instructor is
notified in advance. Two late arrivals will equal one absence.
An instructor may lower the grade or drop a student from a
class for too many absences. 90% attendance is required
receive a 100% attendance score. A student missing more than
two weeks in a row, or more than 20 percent of a course, shall
EXAMINATION AND QUIZES: There will be up to eleven
module exams, a final exam and a hand’s on final exam. The
exams may include all of the topics presented prior to the exam.
The final exams will be comprehensive. Quizzes may be
unannounced and given at the discretion of the instructor. The
dates for the exams are on the outline. Cheating may result in
dismissal. No makeup quizzes or tests will be given.
FORMULA SHEETS and NOTES: Are not allowed during
exams in this class.
SAFETY: Students are REQUIRED to have their own safety
glasses and to wear them at all times during lab portions of the
class that involve the use of tools. Sandals and open toed shoes are
not allowed at any time in class. Points will be deducted from
attendance scores for not wearing safety glasses and students will
be sent home for non-compliant footwear.
GRADING PROCEDURES: The final course grade will be
determined by the tests, any quizzes given, labs, homework, and
attendance. Your grade will be based upon the following
Grading Percentages
Final Exam online
Attendance
Journal & CS
Quiz/Test Scores
Lab Final
35%
10%
20%
15%
20%
Grading Scale
100 - 90
A
89 - 80
B
79 - 70
C
69 - 60
D
60 - 0
F
ELECTRONIC EQUIPMENT: Pagers and phones are not to be
heard by the instructor (set to vibrate or off: CD Players, radios,
tape players, MP3 players are not to be used during lecture or lab
periods. Computers may be used for class work only. Games
being played on any electronic equipment will result in the student
being excused from class and an absence recorded.
INSTRUCTOR:
Leonard Fellman Office: B205 / 562-938-4566
Email: lfellman@lbcc.edu
Office Hours: M-TH: 4:45pm to 6:00pm,
Journal and workbook:
Journal and workbook chapters are to be completed and checked
off by the instructor prior to the equivalent module test or zero
points will be earned for the chapter.
Case Study – Network design and addressing project will be worked on throughout the semester.
Week
Week 1
Chapter
Description
Introduction
Homework
CCNA 1
Tests & Labs
8/15/2005
8/17/2005
Week 2
8/22/2005
8/24/2005
Week 3
8/29/2005
8/31/2005
Week 4
9/5/2005
9/7/2005
Week 5
CCNA 1 Introduction to
Module 1 & Networking and
2
Networking
Fundamentals
CCNA 1
Introduction to IP
Module 9
addressing
CCNA 1
Module 1 & 2
Lab Chap 1 and 2 all
CCNA 1
Lab 9.2.7 & 9.3.5
Lab 3.1.9f &3.2.8
Introduction to Visio Module 3
CCNA 1
CCNA 1
Networking Media
Module 3
Module 4
CCNA 1 Cable Testing
CCNA 1
Module 4
Lab 5.1.7 & 5.1.10
Module 10 Basic Subnetting
Module 5
CCNA 1 Cabling LANs and CCNA 1
Module 5 WANs
Lab 10.3.5a & b
Module 10 Basic Subnetting
Module 6
LABOR DAY
CCNA 1
Module 6
Module 9
CCNA 1
Module 7
Ethernet
Fundamentals
Basic Subnetting
Ethernet
Technologies
CCNA 1
Lab 10.3.5c & d
Module 7
CCNA 1
Module 8
Module 1 Test
Module 2 Test
Lab 3.1.1 to 3.1.9e
Lab 4.2.9a to 4.2.9e
Lab 5.1.2 to5.2.7
Module 5 Test
9/12/2005
9/14/2005
Week 6
9/19/2005
9/21/2005
Week 7
9/26/2005
9/28/2005
Week 8
10/3/2005
10/5/2005
Week 9
10/10/2005
10/12/2005
CCNA 1 Ethernet Switching
Module 8
CCNA 1 TCP/IP Protocol
Module 9 Suite and IP
Addressing
CCNA 1 TCP/IP Protocol
Module 9 Suite and IP
Addressing
CCNA 1 Routing
Module 10 Fundamentals and
Subnets
CCNA 1 Routing
Module 10 Fundamentals and
Subnets
CCNA 1 TCP/IP Transport
Module 11 and Application
Layer
CCNA 1
Module 9
CCNA 1 ,
Lab 9.3.7
Module6/ 7 Test
CCNA 1
Module 10
Lab 8-1 to 8-5
Module 8 Test
CCNA 1
Module 11
Module 9/10 Test
Case Study Presentations
Lab Final Exam/Practice Final Exam
Online Final Exam and Course Evaluation