Microsoft 70-297 Braindumps
| Exam details |
|---|
| 70-297 : Designing a Microsoft Windows Server 2003 Active Directory and Network Infrastructure |
| Certification provider: Microsoft |
| 70-297 Exam Topics |
| 70-297 Exam Info |
Prerequisites: 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
Exam Format:
They are using case studies with a combination of the following: Multiple Choice, Hot Area, Active Screen, Drag and Drop, Build List – sort and reorder, and Build a Tree.
Number of Questions:
There are 50 questions.
Time:
150 Minutes
Price:
$125 (USD)
Passing Score:
700
Difficulty Rating:
4/5
Title
Date
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70-297 Exam Topics
- Creating the Conceptual Design by Gathering and Analyzing Business and Technical Requirements.
- Analyze the impact of Active Directory on the existing technical environment.
- Analyze hardware and software requirements.
- Analyze interoperability requirements.
- Analyze current level of service within an existing technical environment.
- Analyze current network administration model.
- Analyze network requirements
- Analyze DNS for Active Directory directory service implementation.
- Analyze the current DNS infrastructure.
- Analyze the current namespace.
- Analyze existing network operating system implementation.
- Identify the existing domain model.
- Identify the number and location of domain controllers on the network.
- Identify the configuration details of all servers on the network. Server types might include primary domain controllers, backup domain controllers, file servers, print servers, and Web servers.
- Analyze security requirements for the Active Directory directory service.
- Analyze current security policies, standards, and procedures.
- Identify the impact of Active Directory on the current security infrastructure.
- Identify the existing trust relationships.
- Design the Active Directory infrastructure to meet business and technical requirements.
- Design the envisioned administration model.
- Create the conceptual design of the Active Directory forest structure.
- Create the conceptual design of the Active Directory domain structure.
- Design the Active Directory replication strategy.
- Create the conceptual design of the organizational unit (OU) structure.
- Design the network services infrastructure to meet business and technical requirements.
- Create the conceptual design of the DNS infrastructure.
- Create the conceptual design of the WINS infrastructure.
- Create the conceptual design of the DHCP infrastructure.
- Create the conceptual design of the remote access infrastructure.
- Identify network topology and performance levels.
- Identify constraints in the current network infrastructure.
- Interpret current baseline performance requirements for each major subsystem.
- Analyze the impact of the infrastructure design on the existing technical environment.
- Analyze hardware and software requirements.
- Analyze interoperability requirements.
- Analyze current level of service within the existing technical environment.
- Analyze network requirements.
- Analyze the impact of Active Directory on the existing technical environment.
- Creating the Logical Design for an Active Directory Infrastructure.
- Design an OU structure.
- Identify the Group Policy requirements for the OU structure.
- Design an OU structure for the purpose of delegating authority.
- Design a security group strategy.
- Define the scope of a security group to meet requirements.
- Define resource access requirements.
- Define administrative access requirements.
- Define user roles.
- Design a user and computer authentication strategy.
- Identify common authentication requirements.
- Select authentication mechanisms.
- Optimize authentication by using shortcut trust relationships.
- Design a user and computer account strategy.
- Specify account policy requirements.
- Specify account requirements for users, computers, administrators, and services.
- Design an Active Directory naming strategy.
- Identify Internet domain name registration requirements.
- Specify the use of hierarchical namespace within Active Directory.
- Identify NetBIOS naming requirements.
- Design migration paths to Active Directory.
- Define whether the migration will include an in-place upgrade, domain restructuring, or migration to a new Active Directory environment.
- Design a strategy for Group Policy implementation.
- Design the administration of Group Policy objects (GPOs).
- Design the deployment strategy of GPOs.
- Create a strategy for configuring the user environment with Group Policy.
- Create a strategy for configuring the computer environment with Group Policy.
- Design an Active Directory directory service site topology.
- Design sites.
- Identify site links.
- Design an OU structure.
- Creating the Logical Design for a Network Services Infrastructure.
- Design a DNS name resolution strategy.
- Create the namespace design.
- Identify DNS interoperability with Active Directory, WINS, and DHCP.
- Specify zone requirements.
- Specify DNS security.
- Design a DNS strategy for interoperability with UNIX Berkeley Internet Name Domain (BIND) to support Active Directory.
- Design a NetBIOS name resolution strategy.
- Design a WINS replication strategy.
- Design security for remote access users.
- Identify security host requirements.
- Identify the authentication and accounting provider.
- Design remote access policies.
- Specify logging and auditing settings.
- Design a DNS service implementation.
- Design a strategy for DNS zone storage.
- Specify the use of DNS server options.
- Identify the registration requirements of specific DNS records.
- Design a remote access strategy.
- Specify the remote access method.
- Specify the authentication method for remote access.
- Design an IP address assignment strategy.
- Specify DHCP integration with DNS infrastructure.
- Specify DHCP interoperability with client types.
- Design a DNS name resolution strategy.
- Creating the Physical Design for an Active Directory and Network Infrastructure.
- Design DNS service placement.
- Design an Active Directory implementation plan.
- Design the placement of domain controllers and global catalog servers.
- Plan the placement of flexible operations master roles.
- Select the domain controller creation process.
- Specify the server specifications to meet system requirements.
- Design Internet connectivity for a company.
- Design a network and routing topology for a company.
- Design a TCP/IP addressing scheme through the use of IP subnets.
- Specify the placement of routers.
- Design IP address assignment by using DHCP.
- Design a perimeter network.
- Design the remote access infrastructure.
- Plan capacity.
- Ascertain network settings required to access resources.
- Design for availability, redundancy, and survivability.
70-297 Exam Info
Exam Layout and Design: The format is as follows:
- Multiple Choice: Multiple-choice questions come in two main forms. One is a straightforward question followed by several potential answers, of which one or more is correct. The other type of multiple-choice question is more complex and based on a specific scenario. The scenario may focus on several areas or objectives.
- Hot Area: You will be asked you to select an element or elements in a graphic to indicate the correct answer. You click an element to select or deselect it.
- Active Screen: Tests your working knowledge of the product by presenting you with a dialog box and requiring you to configure or change one or more options in order to answer the question.
- Drag and Drop: Requires you to drag source objects into the correct target area in order to answer the question.
- Build List and Reorder: You will be needed to create a list, in the correct order that represents the steps required to complete the stated problem.
- Build a Tree: You are being asked to drag source nodes into the answer tree area in their correct location in order to answer the question.
Intended Audience: The exam of 70 297: Designing a Microsoft Windows Server 2003 Active Directory and Network Infrastructure is designed for IT professionals who work in the typically complex computing environment of medium to large companies.
Credit toward Certifications:
- Microsoft Certified Professional (MCP) status
- Core credit toward Microsoft Certified Systems Engineer (MCSE) on Microsoft Windows Server 2003 certification.
- Elective credit toward Citrix Certified Integration Architect (CCIA) certification.
MOC Training Courses:
- Course 2282: Designing a Microsoft Windows Server 2003 Active Directory and Network Infrastructure
The exam 70-297 has a difficulty rating of 4/5. This certification exam measures your skill to design a Microsoft Windows Server 2003 Active Directory and network infrastructure. The exam consists off 50 questions. The formation of this exam is Form-Based Multiple Choice, Drag and Drop, Hot Area, Active Screen, Create a Tree, List, sort and order and Performance-based questions. All candidates have 150 Minutes to complete the exam. The required score to pass the exam 70-297 is 700.
When you pass the Designing a Microsoft Windows Server 2003 Active Directory and Network Infrastructure exam, you achieve Microsoft Certified Professional (MCP) status.
What you need to know
You should be able to create the theoretical design by gathering and analyzing business and technical needs. These needs include the initial assessment of the environment, which includes the examining of the current level of service within an existing technical environment. You should be able to analyze the hardware and software requirements; the current network administration model, network requirements and the interoperability needs.
You should also be able to examine the DNS for Active Directory directory service implementation. This means that you should be able to analyze the present DNS infrastructure as well as the current namespace.
You should be able to examine the present network operating systems implementation. This means that you should be able to identify the existing domain model, and the number and location of domain controllers on the network. The server types may include primary domain controllers, backup domain controllers, file servers, print servers, and Web servers.
You will also need to analyze existing security policies for the Active Directory directory service. This means that you should examine the present security policies, standards and their procedures. You should be able to identify the impact of Active Directory on the existing security infrastructure, and the present trust relationships.
You should be able to plan the Active Directory infrastructure to meet business and technical needs. This includes the feature administration model. You should be able to construct the theoretical design of the Active Directory forest structure and the Active Directory domain structure. You should be able to design the Active Directory replication strategy and the theoretical design of the organizational unit (OU) structure.
You must also design the network services infrastructure to meet business and technical requirements. This includes the creation of the conceptual design of the DNS infrastructure, WINS infrastructure, DHCP infrastructure and the remote access infrastructure.
You should also identify the network topology and performance levels. This includes the limitations of the present network infrastructure. This includes that you should be able to interpret limitation of the current baseline performance needs for each major subsystem.
You should be able to examine the impact of the infrastructure design on the existing technical environment. This includes the examining of the interoperability requirements, hardware and software requirements, network requirements and the present level of service within the existing technical environment.
You should be able to set up the logical design for an Active Directory Infrastructure. This includes the designing of the OU structure for the purpose of delegating authority. You should also be able to identify the Group policy requirements for the OU structure.
You should be able to design an OU structure. This is to define the scope of a security group to meet their needs, resource access requirements, user roles and administrative access requirements.
You should be familiar and must be able to design a user and computer authentication strategy. This means the identification of the general authentication needs; the selection of the authentication mechanisms. You should be able to optimize authentication by using shortcut trust relationships.
You should be able to design a user and computer account strategy. This means that you should be able to specify account policy needs and account requirements for users, computers, administrators, and services.
You should be able to set up an Active Directory naming strategy. This is the identifications of Internet domain name registration needs. You should be able to specify the use of hierarchical namespace within Active Directory and the identification of NetBIOS naming requirements.
You should be able to set up migration paths to Active Directory. This means that you must define whether the migration will include an in-place upgrade, domain restructuring, or migration to a new Active Directory environment.
You should be able to set up a strategy for Group Policy implementation. This includes the design of the administration of Group Policy objects (GPOs), and the deployment strategy of GPOs. You should be able to set up a strategy for configuring the computer environment with Group Policy.
You should be able to design an Active Directory directory service site topology. This means to design sites and to identify site links.
You must be able to create the Logical Design for a Network Services Infrastructure. You should be able to design a DNS name resolution strategy. This means you should be able to create the namespace design; identify DNS interoperability with Active Directory, WINS, and DHCP and specify zone requirements and DNS security. You should be able to design a DNS strategy for interoperability with UNIX Berkeley Internet Name Domain (BIND) to support Active Directory.
You should be able to design a NetBIOS name resolution strategy, which includes a WINS replication strategy.
You should be able to set up security for remote access users. You must be able to identify security host needs and authentication and accounting provider. You must be able to design remote access policies and specify logging and auditing settings.
You should be able to set up a DNS service implementation. This means that you must design a strategy for DNS zone storage; specify the use of DNS server options. You should be able to identify the registration requirements of specific DNS records.
You must be able to design a remote access strategy. That means you should specify the remote access method and the authentication method for remote access.
You should be able to set up an IP address assignment strategy. This means you should be able to specify DHCP integration with DNS infrastructure and DHCP interoperability with client types.
You should be able to set up the Physical Design for an Active Directory and Network Infrastructure. You should be able to design DNS service placement. You should be able to design an Active Directory implementation plan. This means to design the placement of domain controllers and global catalog servers. You should be able to plan the placement of flexible operations master roles and the selection of the domain controller creation process.
You should be able to specify the server specifications to meet system requirements. You should also be able to design Internet connectivity and a network and routing topology for a company. This means you should be able to set up a TCP/IP addressing scheme through the use of IP subnets; specify the placement of routers. You should be able to design IP address assignment by using DHCP. You should also be able to set up a perimeter network.
You should also be able to design the remote access infrastructure, which means you must be able to plan the capacity. You should be able to determine network settings required to access resources. You should be able to design for availability, redundancy, and survivability.
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