Designing
Security for a Microsoft Windows Server 2003 Network
(Exam 70-298)
Audience
Profile
The
Microsoft Certified Systems Engineer (MCSE) on Windows
Server™ 2003 credential is intended for IT professionals
who work in the typically complex computing environment of
medium to large companies. An MCSE candidate should have
at least one year of experience implementing and
administering a network operating system in environments
that have the following characteristics:
-
250
to 5,000 or more users
-
Three
or more physical locations
-
Three
or more domain controllers
-
Network
services and resources such as messaging, database,
file and print, proxy server, firewall, Internet,
intranet, remote access, and client computer
management
-
Connectivity
requirements such as connecting branch offices and
individual users in remote locations to the corporate
network and connecting corporate networks to the
Internet
In addition, an MCSE
candidate should have at least one year of experience in
the following areas:
Credit toward Certification
When
you pass the Designing Security for a Microsoft Windows
Server 2003 Network exam, you achieve Microsoft Certified
Professional (MCP) status. You also earn credit toward the
following certifications:
-
Core
credit toward Microsoft Certified Systems Engineer (MCSE)
on Microsoft Windows Server 2003
-
Core
credit toward Microsoft Certified Systems Engineer (MCSE):
Security on Microsoft Windows Server
-
Elective
credit toward Citrix Certified Integration Architect (CCIA)
certification
Skills
Being Measured
This
certification exam measures your ability to gather and
analyze business requirements for a secure network
infrastructure and design a security solution that meets
those requirements. Before taking the exam, you should be
proficient in the job skills listed in the following
1.
Creating
the Conceptual Design for Network Infrastructure Security
by Gathering and Analyzing Business and
Technical Requirements
2.
Creating
the Logical Design for Network Infrastructure Security
3.
Creating
the Physical Design for Network Infrastructure Security
4.
Designing
an Access Control Strategy for Data
5.
Creating
the Physical Design for Client Infrastructure Security

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