|
Click on the links below to view descriptions, course titles
and corresponding course codes for the given series:
For a print
version of this catalog click
here.
To print: right click in the new window and select Print.
| |
|
| Functions of Internetworking |
Course Code 2.01.01 |
| This course provides you with an historical overview
of the trends leading up to internetworking as well as a review
of basic networking terminology. TCP/IP protocol suite, the
OSI model and the basic functions of repeaters, bridges, routers
and gateways are discussed. Total time to completion is approximately
2 hours. |
| |
|
| LAN Configurations |
Course Code 2.01.02 |
| This course details the various types of LAN configurations
and methods of access to the transmission media. Ethernet LANs,
Token Ring LANs and the benefits and limitations of FDDI will
be explored. LAN management tools will also be discussed. Total
time to completion is approximately 2 hours. |
| |
|
| Linking Devices: Repeaters, Bridges |
Course Code 2.01.03 |
| You will first gain a detailed understanding of
each of the seven layers of the OSI model and the role that
these layers play in the transmission of a packet. You will
see how repeaters and bridges can be used to forward and filter
traffic on a LAN and how they can be used to create WANs. Total
time to completion is approximately 2 hours. |
| |
|
| Linking Devices: Routers, Gateways |
Course Code 2.01.04 |
| To properly understand the function of routers
and gateways, the IP protocol must be examined in detail. This
course examines the major fields in the IP header and how they
assist the IP software in moving a packet across the Internet.
Next, you will look at the media that make up wide area networks
and examine some of the protocols used over WANs. Total time
to completion is approximately 2 hours. |
| |
|
| Transmission Using TCP/IP |
Course Code 2.01.05 |
| Transmission Using TCP/IP looks at how an Internet
address is structured and how the Domain Name System provides
user access. TCP transmission is demonstrated in order to illustrate
segmentation of the message, sequence fields, acknowledgments
and retransmission. You will find that application software
such as SMTP helps send e-mail, FTP facilitates file transfer,
and telnet enables you to remotely login over a wide area network.
Total time to completion is approximately 2 hours. |
| |
|
| Networking Management: SNMP, OSI Systems |
Course Code 2.01.06 |
| This course introduces you to the various functions
of a network management system (NMS) and how it communicates
with remote agents. Among the management software tools examined
are SNMP, CMIS/CMIP and ICMP. Overall, the information presented
will provide you with a basis for management decisions in building
a cost effective and efficient network. Total time to completion
is approximately 2 hours. |
| |
|
| Advancements in LAN Technology |
Course Code 2.01.07 |
| In Addition to learning about Switching, you will
also learn about Fast Ethernet, ATM for LAN and campus backbones,
and some of the advancements in Token Ring technology. You will
also develop a working understanding of the terminology used
in today’s LAN environment. Total time to completion is
approximately 2 hours. |
| |
|
| WAN Developments and the Internet |
Course Code 2.01.08 |
| Nearly all LANs have some sort of access to a
larger, often global Wide Area Network (WAN). Areas of study
include: the structure of the internet, methods used to optimize
performance and reduce WAN traffic, protocols used to access
WAN services such as PPP and SLIP. Phone services available
will be studied in addition to everything from POTS to digital
connectivity methods such as ISDN, ATM, Frame Relay, and SMDS.
Total time to completion is approximately 2 hours. |
|
| |
|
| Configuring IP Addresses and Subnets |
Course Code 2.04.01 |
| This course introduces the components of a TCP/IP
network, which include the common network devices, network media,
networking software and routers. Topics of discussion will include
subnetting, loopback addresses and name services such as host
tables and Domain Name Service function. Total time to completion
is approximately 2 hours. |
| |
|
| Routing with IP Addresses |
Course Code 2.04.02 |
| This course includes detailed explanations and
examples of how the routing algorithm, routing table and ARP
message help transmit a message across a TCP/IP network. Total
time to completion is approximately 2 hours. |
|
|
| |
|
| Overview of ATM and the ATM Cell |
Course Code 2.03.01 |
| This course is an overview of Asynchronous Transfer
Mode (ATM). You will be introduced to the ATM cell, how ATM
fits into the B-ISDN protocol reference model, and why permanent
and switched virtual connections are important. You will also
be exposed to all the components which make up an ATM network.
Total time to completion is approximately 2 hours. |
| |
|
| ATM Transmission, Signaling and Management
|
Course Code 2.03.02 |
| This course examines the major ATM signaling protocol
which is used to set up and release a switched virtual circuit.
You will be introduced to basic network management concepts
such as the steps taken to keep track of the status of virtual
connections and the concept of buffering cells at an ATM switch
to help congestion management. This course compares ATM to some
other common LAN & WAN technologies including Ethernet,
Token Ring and FDDI, DS-3 and Frame Relay. Total time to completion
is approximately 2 hours. |
|
| |
|
| TI Components |
Course Code 3.02.01 |
| This course focuses on a description of the basic
components comprising a T1 network as well as their function.
These include the T1 node, port interfaces, the multiplexer,
and the channel service unit. Once the basics of T1 are covered,
you will be exposed to some examples of T1 in action, such as
a connection of PBXs, broadband video, LANs, and other customer
premises equipment to a T1 network. Total time to completion
is approximately 2 hours. |
| |
|
| TI Input and Output |
Course Code 3.02.02 |
| This course covers in detail the areas of T1 transmission:
input to the T1 node from customer premises equipment and output
of a T1 signal on a T1 line. Total time to completion is approximately
2 hours. |
| |
|
| TI Multiplexers |
Course Code 3.02.03 |
| This course will show you the specifics of the
time division multiplexing process, superframe, the extended
superframe and an interpretation of the signaling bits. This
course will also introduce the basic diagnostic function and
the major alarm conditions will be explained. Total time to
completion is approximately 2 hours. |
| |
|
| Testing a TI Network |
Course Code 3.02.04 |
| This course uses an example of a newly installed
T1 network to describe some of the problems most often encountered.
You will be exposed to monitoring and diagnostics, including
the interventions that could be taken to correct various problems
and maintain service quality. Total time to completion is approximately
2 hours. |
| |
|
| TI Network Management Systems (NMS) and Applications |
Course Code 3.02.05 |
| You will learn
that beyond regular surveillance, display and recording of system
status, the NMS detects alarms, reroutes traffic and diagnoses
problems. This course examines how T1 can be used for particular
applications. With this knowledge, you will have the proper
tools to choose the most efficient and economical application
for a given set of conditions in a T1 network. Total time to
completion is approximately 2 hours. |
|
| |
|
| Technical Overview of Frame Relay |
Course Code 3.03.01 |
| Frame Relay lends itself
well to supporting a wide variety of applications and transmission
media. All major components and the transmission sequence of
a Frame Relay network are explained in detail. Standards underlying
the Frame Relay protocol are examined. Total time to completion
is approximately 2 hours. |
| |
|
| Signaling and Other Frame Relay Protocols |
Course Code 3.03.02 |
| This course examines some
of the signaling protocols used in Frame Relay, starting with
Local Management Interface. LMI is explored, including how it
monitors and reports the status of connections in a network.
In addition, transmission over one or several Network-to-Network
Interfaces used to connect two Frame Relay networks is detailed.
The role that standards play in enabling this transmission will
be examined. Total time to completion is approximately 2 hours. |
| |
|
| Frame Relay Implementation, Application and
ATM Issues |
Course Code 3.03.03 |
| This course
discusses implementation issues associated with subscribing
to a public as well as a private Frame Relay service. The concepts
of bursting, Committed Information Rate and fixed or usage based
billing will be explored. Frame Relay vs. ATM will also be discussed
in this course. Total time to completion is approximately 2
hours. |
|
| |
|
| Remote LAN Access Technologies |
Course Code 3.04.01 |
| Specific remote access solutions such as ISDN,
ADSL and other DSL technologies, and Cable Modems will be explained.
How the technology works, equipment needed, standards, and implementation
issues will be addressed. Total time to completion is approximately
2 hours. |
|
| |
|
| Voice over IP Concepts and Devices |
Course Code 3.05.01 |
| Voice over IP Concepts and Devices introduces
the voice over IP technology, its driving forces, industry trends,
and the required components and protocols behind the technology.
The growing need to simplify network infrastructure to utilize
newly enhanced applications such as voice-enabled e-commerce
and distance learning in addition to by-passing long-distance
toll charges by efficiently allocating bandwidth has propagated
the desire, if not necessity, for converging voice and data
networks. Total time to completion is approximately 2 hours. |
|
| |
|
| SNMP Management Components |
Course Code 2.05.01 |
| Simple Network Management Protocol (SNMP) has
become the industry standard for managing and configuring network
devices. This course will teach you the structure of an SNMP
environment which include the Manager, Agent, the SNMP messages,
Management Information Base (MIB), and RMON agents. Total time
to completion is approximately 2 hours. |
| |
|
| SNMP Message Exchanges and SNMP v.2 |
Course Code 2.05.02 |
| This course provides you with a detailed explanation
of the various SNMP message exchanges. This knowledge will enable
you to decode SNMP messages using a protocol analyzer and see
how community names are used for limited security measures.
Total time to completion is approximately 2 hours. |
| |
|
| SNMP Management Tools & Techniques |
Course Code 2.05.03 |
| This course will help you understand and optimize
your SNMP management system. Students will learn techniques
for setting baselines and metrics which can forecast problems
before they happen as well as alert IT staff when problems do
occur. Total time to completion is approximately 2 hours. |
|
| |
|
| Bay Networks® Router Hardware and Configuration |
Course Code 2.07.01 |
| In this course, the Hardware Section will present
the types of Bay Networks® routers and their network capabilities.
Topics include: hardware, TI file Management, enabling site
manager, technician interface commands & connections, site
manager. Total time to completion is approximately 10-15 hours. |
| |
|
| Bay Networks® Router Management & Advanced
Configuration |
Course Code 2.07.02 |
| In this course, students will learn the function
of FTP and TFTP on a Bay Networks® router. Topics include:
internet protocol, IPX, bridging, events and traps, resolution
protocols, router and file management. Total time to completion
is approximately 10-15 hours. |
| |
|
| Bay Networks® Centillion Switching |
Course Code 2.07.03 |
| The Bay Networks® Centillion™ Switching
course gives the learner a detailed look at the different Centillion™
switch models, switch set up procedures and switch configuration.
Topics include: switching technologies, speed view, atm, filters,
switch access, switch configurations lane. Total time to completion
is approximately 10-15 hours. |
|
| |
|
| Sniffer™ Network Analyzer Troubleshooting
|
Course Code 4.02.01 |
| This course will provide an introduction to the
Sniffer Network Analyzer and give a basic understanding of how
it functions. Students will be introduced to the different types
of Sniffers and how they capture, interpret and analyze data.
Total time to completion is approximately 10 - 15 hours. |
| |
|
| Sniffer™ Ethernet Troubleshooting |
Course Code 4.02.02 |
| This course covers an Ethernet-based network and
various trouble shooting techniques. Topics include physical
and data link layers, fast ethernet, frame corruption in Ethernet,
Ethernet bridges and switches, etc. Total time to completion
is approximately 10 - 15 hours. |
| |
|
| Sniffer™ Pro Network Analyzer Troubleshooting |
Course Code 4.02.03 |
| The course is designed to teach students how to
effectively use the different features and capabilities of the
Sniffer Pro Network Analyzer. Content will include monitoring,
capturing, displaying and analyzing network traffic. There are
also several labs that require the student to apply the knowledge
and skills attained from the content and exercise sections of
this course to real life networking scenarios. Total time to
completion is approximately 10 - 15 hours. |
|
| |
|
| Administering Advanced Features of Netware
™5.x |
Course Code 1.03.08 |
| This course gives the student a detailed
look at the various planning and implementation strategies for
Novell NetWare™ 5.x. Topics include: upgrade a Netware
4.x server to Netware 5, upgrade a 3.1x server to Netware 5
using the upgrade wizard, using NLMS and console commands, java
bd GUI support on Netware, using consoleone, remote console
and server protection, understanding the NSS file system, memory
management in Netware 5, configuring and managing applications,
monitoring and maintaining network performance, understanding
NDS security and rights, preventive maintenance tasks, troubleshooting
and repairing NDS. Total time to completion is approximately
10-15 hours. |
|
| |
|
| TCT Courseware Materials for Cisco®Advanced
Router Configuration |
Course Code 2.06.04 |
| This course covers the fundamentals of using Cisco®
router traffic filters to manage the flow of traffic in your
network. Topics include: Managing IP Traffic, Enhanced IGRP,
Configuring Serial Lines, Frame Relay, Queuing Methods, OSPF
Minimizing Routing Updates, Bandwidth on Demand. Total time
to completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Cisco® Troubleshooting
|
Course Code 2.06.05 |
| This course will cover the fundamentals of the
troubleshooting process. Topics include: Troubleshooting Tools,
Focused Trouble Tickets (LAN), Routing Protocols, Cisco®
Diagnostic Commands, Focused Trouble Tickets (WAN), Network
Protocols. Total time to completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Configuring Cisco®
LAN Switches |
Course Code 2.06.06 |
| In this course, students will learn the many concepts
of a switched environment. Topics include: Switch Technologies,
Catalyst™ 5000 Series, VLAN Configuration, ATM LANE Module,
VLANs, Basic Configuration, FDDI configuration. Total time to
completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Configuring &Troubleshooting
Cisco® Dial-Up Services |
Course Code 2.06.07 |
| This course begins with basic concepts of asynchronous
dial-up, ISDN, PPP and related protocols and configuring ISDN
on a Cisco® router. Topics include: Dial-up Technologies,
Network to Network Dial-up, End-User Remote Access. Total time
to completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Cisco® Network
Management |
Course Code 2.06.08 |
| The Cisco® Network Management course explains
how to use Cisco® network Management products, such as CiscoWorks2000™
to manage Cisco®devices. Topics include: Resource Manager
Essentials, CiscoView™, and System Administration. Total
time to completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Interconnecting
Cisco® Devices (ICND) |
Course Code 2.06.09 |
| TCT's Courseware Materials For Interconnecting
Cisco® Devices (ICND) course covers the important information
required to configure Cisco® routers and switches in a multiprotocol,
internetwork environment. Topics include: OSI Model Overview,
Interconnecting Cisco Switches, Virtual Local Area Networks,
or VLANs, Interconnecting Cisco Routers, Connecting to WANs.
Total time to completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Building Scalable
Cisco® Networks (BSCN) |
Course Code 2.06.10 |
| TCT Courseware Materials for Building Scalable
Cisco Networks (BSCN) is part of the recommended training path
for people who are interested in getting their CCNP™, CCDP™,
and CCIE™ certifications. This course focuses on using
various routing protocols to interconnect Cisco routers in LANs
and WANs that are usually found in medium to large businesses.
These routing protocols include OSPF, EIGRP and BGP. Total time
to completion is approximately 10-15 hours. |
| |
|
| TCT Courseware Materials for Building Cisco®
Multilayer Switched Networks (BCMSN) |
Course Code 2.06.11 |
| TCT Courseware Materials for Building Cisco Multilayer
Switched Networks (BCMSN) is part of the recommended training
path for people who are interested in getting their CCNP™,
CCDP™, and CCIE™; certifications. In this course,
students will learn how to build networks using multilayer switching
technologies over high speed Ethernet. This course includes
both routing and switching concepts, covering both Layer 2 and
Layer 3 technologies. Total time to completion is approximately
10-15 hours. |
| |
|
| TCT Courseware Materials for Cisco® Internetwork
Troubleshooting (CIT) |
Course Code 2.06.12 |
| TCT Courseware Materials for Cisco Internetwork
Troubleshooting (CIT) is part of the recommended training path
for people who are interested in getting their CCNP™, and
CCIE™ certifications. This course teaches students how
to baseline and troubleshoot an environment using Cisco routers
and switches for multiprotocol client hosts and servers. Total
time to completion is approximately 10-15 hours. |
|
| |
|
| Windows NT® 4.x
Administration |
Course Code 1.04.02
|
| This course provides an overview of the Windows
NT® 4.x operating system and its use for common network
administration tasks. Topics include: NT users, NT back up,
NT environment, NT printers. Total time to completion is approximately
10-15 hours. |
| |
|
| Windows NT® 4.x
Core Technologies |
Course Code 1.04.03 |
| This course provides an overview of the Windows
NT® 4.x operating environment. Topics include: NT 4.0 environment,
configuration, subsystems, network architecture, network services,
installation, disk administration, troubleshooting, network
protocols, network clients. Total time to completion is approximately
10-15 hours. |
| |
|
| Windows NT® 4.x
Enterprises |
Course Code 1.04.04
|
| This course will introduce the student to basic
Windows NT®Enterprise concepts. Topics include: directory
services, domain structures, detecting bottlenecks, client traffic
initialization, server to server traffic, trust relationships,
Windows NT® Performance Monitor, network traffic, client
to server traffic, troubleshooting. Total time to completion
is approximately 10-15 hours. |
| |
|
| TCP/IP for Microsoft®
Windows® Server 4.0 |
Course Code 1.04.05 |
| Internetworking with Microsoft TCP/IP on Microsoft®
Windows NT® 4.0 course provides the learner with detailed
information on TCP/IP History and the TCP/IP protocol suite.
Topics include: TCP/IP installation and configuration, dynamic
host control protocol (DHCP), windows internet name service
(WINS), implementing microsoft SNMP services, IP addressing,
net BIOS over TCP/IP, domain name systems (DNS), troubleshooting
Microsoft® TCP/IP. Total time to completion is approximately
10-15 hours. |
| |
|
| Implementation &
Support of MSFT® Exchange Server 5.5 |
Course Code 1.04.06 |
| The Implementation and Support of Microsoft®
Exchange Server 5.5 course gives students a detailed look at
the various planning and implementation strategies for Microsoft
Exchange Server 5.5. Topics include: installing MS exchange,
managing site and server configuration, migrating to MS exchange,
MS exchange server clients, managing public folders, maintaining
and optimizing MS exchange server. Total time to completion
is approximately 10-15 hours. |
| |
|
| Implementation &
Support of Microsoft® Internet Information Server 4.0 |
Course Code 1.04.08 |
| This course provides information
on planning and implementation strategies for Microsoft®
Internet Information Server 4.0. Topics include: planning, running
applications, troubleshooting, installation and configuration,
integration and interoperability, monitoring and optimization.
Total time to completion is approximately 10-15 hours. |
| |
|
| Implementation and
Support of Microsoft® Proxy Server 2.0 |
Course Code 1.04.09
|
| This course introduces the student to the various
planning and implementation strategies for Microsoft® Proxy
Server 2.0. Topics include: installation and configuration,
integration and interoperability. Total time to completion is
approximately 10-15 hours. |
| |
|
| Managing and Upgrading
to Microsoft Windows 2000 |
Course Code 1.04.10 |
| This course is designed for those who are already
familiar with Windows NT 4.0™ and interested in upgrading
a network (or their support skills) to Windows 2000™. Topics
include: installation requirements, common problems and possible
solutions, zones of authority, installing the DNS server service,
monitoring the DNS server service, role of active directory,
objects in active director, organizational units, global catalog
server roles, establishing a root domain, adding a domain controller.
Total time to completion is approximately 10-15 hours. |
|
|
