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The CISCO NETWORKING ACADEMY at RVCC
UPDATED - July, 2007 for Academy Curriculum (3.1) and CCNA Exam - 800 series.
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Overview
of the Program:
The
CISCO Networking Academy is a partnership between RVCC and the CISCO Corporation that
enables students to acquire an up-to-date, quality education in Data
Communications and Networking working with current networking equipment in
real-life situations. The
Cisco Networking Academy program teaches students how to design, build and
maintain computer networks. Students who complete the full program
will be qualified to pursue a number of industry-standard certifications
including Cisco Certified Networking Associate (CCNA) and Computing
Technology Industry Association (CompTIA) Network+
certifications. The CCNA is
an important benchmark for those students who aspire to entry-level
positions in Networking and will assure their consideration over other,
non-certified professionals.
The
Program offers four separate courses and requires approximately 9 months
to complete. Each course is 7 ½ weeks long and is offered two evenings each week. (Daytime courses may also be offered if
attendance warrants.) Each of the four courses earns
the student 3 credits which can be used in pursuit of a CS Networking
Certificate.
The student completes two courses each RVCC semester for a total of 6
credits per semester. Because of our agreement with Cisco, no
student may enter into this program in the middle unless they are
transferring from another Cisco Academy. This program is
intended for those who are majoring in Networking for
the RVCC Networking Certificate and for community professionals
who are seeking CCNA certification to enhance their current jobs or to
prepare for a career change into Networking.
IF
YOU NEED MORE INFORMATION
If
you have questions about the CISCO Academy or require additional
information related to courses, contact Dr. Thomas Edmunds: (908) 526-1200,
x8304
or e-mail
tedmunds@raritanval.edu
REGISTRATION
To register for the
first course in the sequence (Introduction to Cisco Networking), you may
download a registration form from our web site. Log on to www.raritanval.edu and
click on the “Registration” button.
You may also register in person at the Office of Enrollment
Services.
Cisco Academy
Program - Curriculum
The Academy curriculum
covers a broad range of topics, from basic networking skills such as
pulling cable to more complex concepts such as applying advanced
troubleshooting tools. The
student will become knowledgeable in the fundamentals of networking
including Local Area Networks, Wide Area Networks, the Internet, Broadband
Services, Networking Equipment (Servers, Workstations, Hubs, Routers,
Switches, Bridges, Terminal Servers, etc.) The student will gain skills in
the areas of Network Configuration including Router setup and
configuration. Students will
be graded separately for each of the four courses that comprise the
Academy curriculum.
Introduction
to Cisco Networking [Cisco CCNA
Semester 1]
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Networks and layered
communication | |
|
The OSI Model | |
|
Review of PC
operations and the binary and hexadecimal number systems | |
|
Networking Device
Introduction – Hubs, Routers, Switches, Bridges | |
| Introduction to TCP/IP including IP addressing and subnet masking, ARP and RARP | |
| IP Classful and Classless Addressing and IP Routing Protocols | |
|
Media and Design
such as LAN hardware and various cable types including fiber and
wireless | |
|
Network Topologies
and Network Management |
Labs will include the
wiring of networking equipment to terminal blocks and patch panels, the
testing of cables using Network Testing Devices, the configuration of an
MS XP workstation to run TCP/IP, and various other assignments of
interest.
Intermediate
Cisco Networking [Cisco
CCNA Semester 2]
Students
will gain valuable insights into Networking Protocols and the ability to
connect networks with the Internet.
The fundamentals of routers and the basics of Cisco Routers will be
covered. The major topics
covered in this semester are:
|
Review
of the OSI Model | |
|
·
WAN
types | |
|
·
Routing
algorithms | |
|
·
Router
configuration; Router startup/setup | |
|
Distance Vector Routing (RIP and IGRP) | |
|
·
Introduction
to Cisco’s IOS | |
|
·TCP/IP,
IP addressing, Routed Protocols and Routing Protocols | |
|
.Access Control Lists (standard and extended) |
Labs will include
detailed hands-on Router experiments; developing an initial configuration
on a Router; design and implementation of a “WAN” in the lab including
Workstation setup, Router configuration and setup and deployment, building
of Acce
Through
a hands-on approach, students will learn the network protocols in depth,
network standards and router programming using Cisco routers and Switches and IOS. The topics to be covered
include:
|
·LAN
Switching | |
|
Ethernet Switch Operations and Command Language | |
|
Spanning Tree Protocol for Switches | |
|
VLSM and RIP Version 2 | |
|
·VLAN’s | |
|
VTP, Trunking and Inter-VLAN Routing | |
|
·Link State Routing Protocols (OSPF) | |
|
·EIGRP (Distance Vector, Cisco Proprietary) | |
|
·Novell IPX |
This
is a continuation of Advanced Networking – Part I. Topics to be covered include:
|
·WANs
and WAN design | |
|
Using NAT, PAT and DHCP | |
|
·Point
to Point Protocol (PPP) | |
|
·ISDN, Frame Relay | |
|
Introduction to Network Management | |
|
Basics of Optical Networks (Transmission and Multiplexing) | |
|
·Final
Review for the CCNA Certification Exam (not given at RVCC) |
Pedagogical
Approach to the Academy Program
Combinations
of instructional techniques are utilized in the presentation of the
Academy Program. The major
tutorial material has been developed by Cisco and is standard at any
registered Cisco Academy. It
is online and can be accessed by the student at RVCC and completed at
his/her own pace. Each unit
will include an online quiz and examination. At the end of each semester, a
final, online exam will be given.
The result of each semester’s final exam is recorded centrally by
Cisco. All finals must be
passed and registered for the student to be deemed prepared to take the
CCNA certification exam.
There
is a heavy emphasis on Lab experiments in each of the semesters ranging
from simple installation tasks such as making cables, installing cables
and testing cables to more sophisticated exercises involving the design
and building of a “WAN” in the Lab.
Each student must pass a skills test for each semester in which
he/she demonstrates a mastery of the material covered in the online
tutorials as well as the hands-on Lab. Other exercises will be assigned
at the discretion of the Instructor.
Students
will be expected to complete the tutorials on their own. There will be traditional lectures
presented on the highlights of the topics in the online curriculum. Labs will involve both stand alone
work and work in teams and will be graded appropriately.
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