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COMPUTER
INSTITUTE
Wednesday, January 07, 2009
 

Microsoft Certified Systems Engineer (MCSE)
Networking Essentials
Exam No.
Course No.
Course Length:
70-058
578
2 Days
 
This course is a self-paced training kit designed to prepare Microsoft Certified Professional candidates to successfully complete the Networking Essentials exam. It also is designed to provide students with the background necessary to understand the local area networking information in Microsoft courses on workstations and networking. The course serves as a general introduction for students who need a foundation in current networking technology for local area networks (LANs), wide area networks (WANs), and the Internet. It includes text-based study material, simulation lab exercises, and demonstrations so students can do networking tasks that reinforce the information in the text.

Prerequisites

  • Working knowledge of software and hardware in stand-alone personal computers.
  • A desire to learn networking essentials.
  • Working knowledge of the operation and support of stand-alone personal computers, which includes but is not limited to: Installing application software. Customizing certain files including batch files, autoexec.bat, and config.sys
    Course Outline
    Unit 1: Network Orientation
    Lesson 1: What Is Networking?

    Topics:

    Concept of networking

    Why use a network

    Skills and Knowledge:

    Identify the components of a local area network.

    Describe the advantages of networking.

    Lesson 2: Two Major Types of Networks

    Topics:

    Peer-to-peer, server-based, and combination networks

    Server hardware considerations

    Skills and Knowledge:

    Identify a peer-to-peer network.

    Identify a server-based network.

    Identify server functions and assign servers as needed.

    Determine which type of network would be appropriate for your site.

    Lesson 3: Network Design

    Topics:

    Designing the network layout

    Standard topologies and variations

    Hubs

    Skills and Knowledge:

    Identify the three standard topologies and their variations.

    Describe the advantages and disadvantages of each topology.

    Determine an appropriate topology for a given network plan.

    Unit 2: Connecting Network Components
    Lesson 4: Network Cabling

    Topics:

    Primary cable types

    Signal transmission

    IBMÆ Cabling System

    Skills and Knowledge:

    Define terms related to cabling, including shielding, crosstalk, attenuation, and plenum.

    Identify the primary types of network cabling.

    Distinguish between baseband and broadband transmissions, and identify appropriate uses for each.

    Determine which type of cabling and connection hardware would be appropriate for a particular network environment.

    Lesson 5: Wireless Network Communications

    Topics:

    Wireless environment, including capabilities and uses

    Types of wireless networks

    Skills and Knowledge:

    Identify the three types of wireless networks and the uses of each.

    Describe the four transmission techniques used in local area networking.

    Describe the three types of signal transmission used in mobile computing.

    Lesson 6: Network Adapter Cards

    Topics:

    Role of the network adapter card

    Configuration options and settings, compatibility

    How the network adapter card affects network performance

    Specialized cards

    Skills and Knowledge:

    Describe the role of the network adapter card in a network, including preparing, sending, and controlling data.

    Describe the configurable options for network adapter cards.

    List the primary considerations for selecting a network adapter card.

    Describe at least two enhancements to network adapter cards that will improve network performance.

    Unit 3: How a Network Functions
    Lesson 7: OSI and 802 Networking Models

    Topics:

    Open systems interconnect (OSI) model

    802 Project model

    Skills and Knowledge:

    Describe the primary function of each OSI layer.

    Identify the OSI layer at which a particular network activity takes place.

    Identify the OSI layer at which a particular network component functions.

    Describe the Project 802 enhancements to the OSI model.

    Lesson 8: Drivers

    Topics:

    Role of drivers in the network environment

    Implementation

    Skills and Knowledge:

    Describe the role of drivers in a network environment, including their place in the OSI model.

    Identify sources for different drivers.

    Describe how to select and implement drivers given a networking situation.

    Install, update, and remove drivers.

    Lesson 9: How Networks Send Data

    Topics:

    Identifying packets

    Frame types

    Recognizing basic packet components

    Identifying the basic data transmission functions

    Identifying packet-switching concepts, technology, and components

    Distinguishing between packets and cells

    Skills and Knowledge:

    Identify the basic components of a generic LAN packet.

    Use this knowledge in LAN planning, designing, and troubleshooting.

    Lesson 10: Protocols

    Topics:

    Function of protocols and how they work in a layered architecture

    Common protocols

    Implementing and removing protocols

    Skills and Knowledge:

    Identify the function of protocols and protocol stacks.

    Describe the network processes that use protocols and how they use them.

    Map particular protocols to the appropriate OSI levels.

    Lesson 11: Putting Data on the Cable

    Topic:

    Major access methods, Carrier Sense Multiple Access with Collision Detection (CSMA/CD), token passing, and demand priority, and their features and function

    Skills and Knowledge:

    Define access method.

    Describe a primary feature of each of the major access methods.

    Unit 4: Network Architectures
    Lesson 12: Ethernet

    Topics:

    Ethernet features and performance considerations

    10 Mbps Institute of Electrical and Electronics Engineers (IEEE) standard

    100 Mbps IEEE standard

    Skills and Knowledge:

    Identify the standard Ethernet components.

    Describe the features of each IEEE Ethernet standard topology.

    Identify the cabling for a given IEEE Ethernet standard topology.

    Determine which Ethernet topology would be appropriate for a given site.

    Lesson 13: Token-Ring

    Topics:

    Token-Ring features and functions

    Hardware components including hubs, cabling, and network adapter cards

    Skills and Knowledge:

    Describe the features of a Token-Ring network.

    Identify the major components of a Token-Ring network.

    Determine the components needed to implement a Token-Ring network at a given site.

    Lesson 14: AppleTalk and ArcNet

    Topics:

    Overview of the AppleTalk environment including LocalTalk and AppleShare

    Overview of the ArcNet environment including how it functions and hardware requirements

    Skills and Knowledge:

    Identify the components and features of AppleTalk.

    Identify the components and features of ArcNet.

    Unit 5: Network Operations
    Lesson 15: Network Operating System

    Topics:

    Functions of the network operating system including multitasking

    Software components

    Installing the Microsoft Windows NT Server network operating system

    Network services

    Skills and Knowledge:

    Identify essential network operating system components.

    Define preemptive and nonpreemptive multitasking.

    Describe the elements of client software.

    Describe the elements of server software.

    Define network services.

    Identify the major considerations in a network operating system installation.

    Install Windows NT Server.

    Lesson 16: Network Printing

    Topics:

    Network printing process including sharing a printer and connecting to a printer

    Managing a shared printer

    Sharing fax modems

    Skills and Knowledge:

    Identify the steps for installing and using a shared printer.

    List the tasks included in managing a shared printer.

    Determine whether a sharing fax service would be appropriate for a given site.

    Lesson 17: Implementing Network Applications

    Topics:

    Electronic mail

    Scheduling

    Workgroup applications

    Shared network applications, such as databases

    Skills and Knowledge:

    Identify the features and uses of e-mail.

    Identify the features and uses of scheduling.

    Describe the purpose of each of the four primary e-mail and messaging standards.

    Describe the considerations for sharing applications on a network.

    List steps the administrator needs to perform to share an application.

    Determine appropriate policies and procedures for implementing and managing an e-mail system.

    Lesson 18: Networks in Multivendor Environments

    Topic:

    Implementing multivendor solutions through both a client approach and a server approach

    Skills and Knowledge:

    Define a client solution and a server solution for interoperability.

    Identify methods that vendors use to integrate their products with those from other vendors.

    Determine which network operating systems and redirectors would be appropriate for a given site.

    Lesson 19: Client/Server Environment

    Topic:

    Client/server model including client and server functions, architecture, and advantages over centralized computing

    Skills and Knowledge:

    Describe the differences between client/server and centralized computing.

    List the six steps of the client/server process.

    Identify client and server functions.

    Determine if a client/server approach is appropriate for a given networking environment.

    Unit 6: Network Administration and Support
    Lesson 20: Managing Network Accounts

    Topics:

    Overview of network management

    Creating user and group accounts

    Disabling and deleting accounts

    Skills and Knowledge:

    Describe the process for creating a user account.

    List and define the four types of group accounts.

    Determine the appropriate types of accounts for a given network environment.

    Create a user account and a group account.

    Lesson 21: Monitoring Network Performance

    Topics:

    Identifying bottlenecks

    Windows NT Performance Monitor

    Simple network management protocol (SNMP)

    Total system management using Microsoft Systems Management Server

    Maintaining a network history

    Skills and Knowledge:

    Identify major sources of network problems.

    List potential bottlenecks in network performance.

    Describe SNMP.

    Develop a network performance monitoring plan.

    Create appropriate network documentation.

    Lesson 22: Ensuring Network Data Security

    Topics:

    Considerations for planning network security such as policies and training

    Security models including password-protected shares and access permissions

    Security enhancements such as auditing and data encryption

    Skills and Knowledge:

    List the basic security requirements for any network.

    Describe the primary components to be considered for physical security.

    Describe the features of password-protected shares.

    Describe the features of access permissions.

    Lesson 23: Avoiding Data Loss

    Topics:

    Tape backup

    Uninterruptible power supply (UPS)

    Fault-tolerant systems

    Skills and Knowledge:

    List the considerations for implementing a backup system.

    Determine a backup approach appropriate for a given site including the method and schedule.

    List the considerations for implementing UPS.

    Describe each of the following types of fault-tolerant systems: disk striping, disk mirroring, and sector sparing.

    Unit 7: Larger Networks
    Lesson 24: Modems in Network Communications

    Topics:

    Overview of modem technology including functions, hardware, and standards

    Asynchronous and synchronous modems

    Carriers

    Skills and Knowledge:

    Define asynchronous and synchronous communications.

    Identify modem standards.

    Describe the two types of carriers for modem communications.

    Determine which type of modem would be appropriate for a given site.

    Lesson 25: Creating Larger Networks

    Topic:

    Components for expanding networks: repeaters, bridges, routers, brouters, and gateways, including how they work and considerations for implementation

    Skills and Knowledge:

    Describe the function of a repeater, bridge, router, brouter, and gateway.

    Determine when to expand a LAN.

    Determine which components would be appropriate in a given network expansion situation.

    Lesson 26: WAN Transmission

    Topics:

    Analog and digital connectivity

    Packet-switching networks

    Skills and Knowledge:

    Identify the features of analog connectivity.

    Identify the features of digital connectivity.

    Identify the features of packet-switching networks.

    Identify the major transmission components necessary for a simple, single-protocol wide area network.

    Lesson 27: Advanced WAN Technologies

    Topic:

    Overview of the latest wide area network technologies including X.25 packet switching, frame relay, asynchronous transfer mode (ATM), integrated services digital network (ISDN), and fiber distributed data interface (FDDI)

    Skills and Knowledge:

    Identify the primary features of each of the WAN technologies.

    Determine which technologies would be appropriate for a given network site.

    Unit 8: Solving Network Problems
    Lesson 28: Monitoring Network Behavior to Prevent Problems

    Topics:

    Planning backups, security, standardization, upgrades, and documentation to avoid network problems

    Windows NT Server Performance Monitor

    Establishing a baseline

    Skills and Knowledge:

    List five strategies that are part of a network management plan for avoiding problems.

    Describe how establishing a baseline aids in preventing problems.

    Describe how documentation aids in troubleshooting.

    Incorporate a preemptive troubleshooting approach into a network plan.

    Lesson 29: Network Troubleshooting

    Topics:

    Structured approach to troubleshooting

    Special tools such as cable testers and protocol analyzers

    Network support services such as Microsoft TechNet

    How to approach common troubleshooting situations

    Skills and Knowledge:

    List the five steps that comprise a structured troubleshooting approach.

    Describe how a terminator is used in troubleshooting.

    Identify the capabilities of a protocol analyzer.

    Identify sources of up-to-date networking and troubleshooting information.

    Install Microsoft TechNet CD.

    Access the Microsoft Download Library (MSDL).

    Determine how to approach a given network problem in order to isolate and identify the cause.

    Identify any special equipment that would make it easier to solve a given network problem.

    Lesson 30: Internet: A Worldwide Resource

    Topics:

    Overview of Internet services such as the Word Wide Web and FTP servers

    MSNô, The Microsoft Network

    How to make an Internet connection and locate resources

    Skills and Knowledge:

    Identify Internet services.

    Access the MSN online service.

    Access the Microsoft FTP site

     
    Copyright Computer Institute 1999
    Last Updated: Wednesday, January 07, 2009