73316 - Microsoft Windows Server 2003 Planning Network Infrastructure Part 1Course OverviewThis is the first course in a four-course curriculum that prepares the learner for Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. The course covers three areas - TCP/IP configuration, Routing planning and troubleshooting, and DHCP management and troubleshooting. The course contains scenario-based NLOs that allow the learner participate in parts of the decision-making process of planning a network infrastructure. Learn To • To identify elements of the network design process • To match key technologies and services integrated into a Windows Server 2003 network infrastructure with their functions • To identify best practices for planning a Windows Server 2003 network • To match network devices with their features • To identify guidelines for router use in network infrastructures • To identify benefits of using switching in a network infrastructure • To match connection methods with their appropriate uses • To identify considerations when selecting a routing protocol • To identify features of IP packet filters • To identify guidelines for DHCP server placement • To differentiate between DHCP infrastructure types • To identify circumstances in which scope reservations should be defined • To identify guidelines for solving DHCP problems • To match DHCP troubleshooting tools with their purposes • To match common DHCP problems with their functional areas Audience This course is intended for individuals seeking the MCSE qualification, and/or taking Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. Candidates should have at least one year experience implementing and administering a network operating system and at least one year experience implementing and administering a desktop operating system or designing a network infrastructure. This course requires that students have completed course 2277A, Implementing, Managing, and Maintaining a Microsoft Windows Server 2003 Network Infrastructure: Network Services, or have equivalent knowledge and skills. Total Learning Time 6 to 8 hours Objectives Unit 1: TCP/IP Physical and Logical Network 1.5 - 2 hours • Identify elements of the network design process • Match key technologies and services integrated into a Windows Server 2003 network infrastructure with their functions • Identify best practices for planning a Windows Server 2003 network • Identify IP addressing structures for private and public networks • Identify network IP subnet limitations • Match IP configuration types with their uses • Identify guidelines for planning a functional TCP/IP solution • Identify an optimal TCP/IP solution • Match key factors that affect network performance with their descriptions • Identify recommended guidelines for network utilization • Identify network upgrade considerations • Identify guidelines for evaluating current network performance in the context of new technologies • Evaluate the performance of a particular network Unit 2: Routing Planning 1 - 1.5 hours • Match network devices with their features • Identify guidelines for router use in network infrastructures • Identify benefits of using switching in a network infrastructure • Identify benefits of VLANs • Identify guidelines for selecting an appropriate intermediate device • Select optimal intermediate devices • Identify requirements when selecting an Internet connectivity solution • Distinguish between NAT and ISA as Internet connectivity solutions • Identify guidelines for planning an Internet connectivity strategy • Identify an optimal Internet connectivity strategy Unit 3: Routing Troubleshooting 1.5 hours • Match connection methods with their appropriate uses • Identify considerations when selecting a routing protocol • Identify features of IP packet filters • Match secure connectivity options with their uses • Identify guidelines for planning router connectivity • Identify an optimal routing communications plan • Match TCP/IP troubleshooting utilities with their functions • Identify the steps involved in troubleshooting TCP/IP routing • Match methods for isolating routing problems with their descriptions • Troubleshoot a particular routing problem Unit 4: DHCP Planning and Security 1.5 - 2 hours • Identify guidelines for DHCP server placement • Differentiate between DHCP infrastructure types • Identify circumstances in which scope reservations should be defined • Match DHCP server options with their descriptions • Identify guidelines for planning a DHCP strategy • Identify DHCP planning issues with reference to a particular network • Identify guidelines for securing the DHCP service • Identify guidelines for optimizing DHCP performance • Identify DHCP authorization issues with reference to a particular network Unit 5: DHCP Troubleshooting 0.5 - 1 hour • Identify guidelines for solving DHCP problems • Match DHCP troubleshooting tools with their purposes • Match common DHCP problems with their functional areas • Identify steps involved in troubleshooting DHCP issues 73317 - Microsoft Windows Server 2003 Planning Network Infrastructure Part 2Course OverviewThis is the second course in a four-course curriculum that prepares the learner for Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. This course focuses on the area of DNS - including servers, namespaces, zones, and DNS/WINS integration. Comprehensive coverage is given to the areas of optimizing and troubleshooting DNS and WINS. The course contains scenario-based NLOs that allow the learner participate in parts of the decision-making process of planning a network infrastructure. Learn To • To sequence the stages in the DNS client name resolution process • To identify factors to consider when planning DNS server placement • To match DNS server roles with their most appropriate use • To match zone types with their uses • To identify factors to consider when planning zone security • To identify guidelines for planning zones • To identify factors to consider when changing recursion and root hint settings • To identify options for optimizing DNS server response • To identify factors to consider when optimizing DNS server functionality • To distinguish between the Lmhosts and WINS name resolution options • To identify factors to consider when determining WINS server requirements • To identify factors to consider when determining WINS replication requirements Audience This course is intended for individuals seeking the MCSE qualification, and/or taking Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. Candidates should have at least one year experience implementing and administering a network operating system and at least one year experience implementing and administering a desktop operating system or designing a network infrastructure. This course requires that students have completed course 2277A, Implementing, Managing, and Maintaining a Microsoft Windows Server 2003 Network Infrastructure: Network Services, or have equivalent knowledge and skills. Total Learning Time 6 to 8 hours Objectives Unit 1: DNS Servers and Namespaces 1.5 - 2 hours • Sequence the stages in the DNS client name resolution process • Identify factors to consider when planning DNS server placement • Match DNS server roles with their most appropriate use • Categorize configurations according to their security level • Select optimal choices for securing DNS server configuration in a given scenario • Identify factors to consider when choosing DNS domain names • Identify guidelines for selecting appropriate namespace options • Identify guidelines for planning a namespace Unit 2: DNS Zones and DNS/WINS 1.5 - 2 hours • Match zone types with their uses • Identify factors to consider when planning zone security • Identify guidelines for planning zones • Select the optimal choice for a particular DNS zone plan • Identify factors to consider when planning zone transfer and replication • Identify measures for securing zone transfers • Identify reasons for delegating zones • Identify guidelines for planning zone replication and delegation • Identify the optimal solution for planning zone replication and delegation for a newly acquired company Unit 3: DNS Optimizing and Troubleshooting 1.5 - 2 hours • Identify factors to consider when changing recursion and root hint settings • Identify options for optimizing DNS server response • Identify factors to consider when optimizing DNS server functionality • Match optimization options for DNS servers with their effects • Select the best way to optimize DNS server performance in a given scenario • Identify steps for troubleshooting host name resolution • Identify the optimal steps for troubleshooting host name resolution in a given scenario • Match common DNS issues with their solutions • Identify options available in nslookup to examine resource records (RRs) Unit 4: Planning and Optimizing WINS 1.5 - 2 hours • Distinguish between the Lmhosts and WINS name resolution options • Identify factors to consider when determining WINS replication requirements • Identify guidelines for planning a WINS solution • Identify best practices when planning a WINS solution • Identify factors to consider when integrating DNS and WINS • Distinguish between client renew interval modifications • Identify guidelines for optimizing replication between WINS servers • Identify factors to consider when determining WINS server requirements • Identify counters used when optimizing WINS • Identify guidelines for improving WINS performance 73318 - Microsoft Windows Server 2003 Planning Network Infrastructure Part 3Course OverviewThis is the third course in a four-course curriculum that prepares the learner for Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure The course covers three areas - IPSec, Network access - connection methods, policy, authentication, strategy, and troubleshooting -, and troubleshooting remote access The course contains scenario-based NLOs that allow the learner participate in parts of the decision-making process of planning a network infrastructure Learn To • To identify key features of IPSec • To identify IPSec rules for an IPSec connection • To match default IPSec policies with their uses • To match network access requirements with their descriptions • To match authentication protocols with their descriptions • To identify guidelines for implementing connection security • To identify features of remote access policies • To identify dial-in properties of a user account • To match dial-in profile options with their functions • To match network access logs with their features • To match network access tools with their functions • To sequence the steps in the process for troubleshooting connections to resources • To identify requirements for certificate validation • To identify examples of information provided by IAS logs • To identify features of PPP logging Audience This course is intended for individuals seeking the MCSE qualification, and/or taking Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. Candidates should have at least one year experience implementing and administering a network operating system and at least one year experience implementing and administering a desktop operating system or designing a network infrastructure. This course requires that students have completed course 2277A, Implementing, Managing, and Maintaining a Microsoft Windows Server 2003 Network Infrastructure: Network Services, or have equivalent knowledge and skills. Total Learning Time 6 to 8 hours Objectives Unit 1: IPSec 1 - 1.5 hours • Identify key features of IPSec • Identify IPSec rules for an IPSec connection • Match default IPSec policies with their uses • Identify guidelines for planning an IPSec policy • Identify best practices for planning IPSec deployment • Match IPSec troubleshooting tools with their uses • Identify an optimal IPSec troubleshooting strategy for a given scenario Unit 2: Network Access 1 1.5 - 2 hours • Match network access requirements with their descriptions • Match authentication protocols with their descriptions • Identify guidelines for implementing connection security • Identify considerations when implementing a LAN solution • Identify considerations when implementing a VPN solution • Identify considerations when implementing a dial-up solution • Identify considerations when implementing a wireless solution • Identify features of RADIUS authentication • Identify guidelines for selecting network access connection methods Unit 3: Network Access 2 1.5 - 2 hours • Identify features of remote access policies • Identify dial-in properties of a user account • Match dial-in profile options with their functions • Identify guidelines for selecting a remote access policy strategy • Match authentication models and methods with their features • Identify guidelines for using IAS server as an authentication provider • Identify considerations when planning a network access connection strategy • Identify the optimal authentication strategy for a given scenario • Identify guidelines for planning a network access connection strategy Unit 4: Troubleshooting Network Access 0.5 - 1 hour • Match network access tools with their functions • Identify guidelines for troubleshooting LAN access • Sequence the steps in the process for troubleshooting connections to resources • Identify common causes of LAN authentication errors • Distinguish between audit account and audit logon events • Match network access logs with their features Unit 5: Troubleshooting Remote Access 1.5 hours • Identify requirements for certificate validation • Identify examples of information provided by IAS logs • Identify features of PPP logging • Match remote access connection problems with their solutions • Identify steps to follow when troubleshooting dial-up access problems • Identify guidelines for authenticating wireless access • Identify steps to follow when troubleshooting VPN problems • Identify guidelines for troubleshooting a remote access problem 73319 - Microsoft Windows Server 2003 Planning Network Infrastructure Part 4Course OverviewThis is the fourth course in a four-course curriculum that prepares the learner for Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. The course covers the following areas - security implementation, security strategy, managing server availability, managing disaster recover, monitoring performance, and the general principles of planning network infrastructure. Learn To • To identify features of PKI • To sequence the stages of the PKI design process • To sequence the stages to follow when designing a CA infrastructure • To identify features of the Windows Server 2003 security model • To identify options for contending with security vulnerabilities in WLANs • To categorize network security plan design tasks according to Microsoft Solution Framework (MSF) phase • To identify features of clustering services for Windows Server 2003 • To identify considerations for basic cluster planning • To match clustering models with their typical deployments • To identify components of a backup and recovery plan • To match backup types with their functions • To identify features and functions of volume shadow copies • To identify features of the four primary server subsystems • To identify options for monitoring subsystems • To match system bottleneck problems with their solutions • To match documentation components with their function • To identify guidelines for preparing a development and test environment • To identify aspects of Windows Server 2003 network management Audience This course is intended for individuals seeking the MCSE qualification, and/or taking Exam 70-293, Planning and Maintaining a Microsoft Windows Server 2003 Network Infrastructure. Candidates should have at least one year experience implementing and administering a network operating system and at least one year experience implementing and administering a desktop operating system or designing a network infrastructure. This course requires that students have completed course 2277A, Implementing, Managing, and Maintaining a Microsoft Windows Server 2003 Network Infrastructure: Network Services, or have equivalent knowledge and skills. Total Learning Time 6 to 8 hours Objectives Unit 1: Security Implementation 1 - 2 hours • Sequence the stages to follow when deploying a PKI • Identify features of PKI • Sequence the stages of the PKI design process • Sequence the stages to follow when designing a CA infrastructure • Sequence the stages to follow when extending the CA infrastructure • Sequence the stages to follow when defining certificate configuration options • Sequence the stages to follow when creating a certificate management plan • Identify the steps to follow when creating a secure baseline configuration • Match methods for assessing computer security with their functions • Identify features of Remote Assistance • Identify features of Remote Desktop Unit 2: Security Strategies 1 - 1.5 hours • Identify features of the Windows Server 2003 security model • Identify options for contending with security vulnerabilities in WLANs • Categorize network security plan design tasks according to Microsoft Solution Framework (MSF) phase • Identify guidelines for assessing security policies • Match security design team roles with their responsibilities • Identify guidelines for determining security requirements for data transmission • Identify features and functions of SUS • Categorize methods for securing communication channels Unit 3: Server Availability 1 - 1.5 hours • Identify features of clustering services for Windows Server 2003 • Identify considerations for basic cluster planning • Match clustering models with their typical deployments • Identify guidelines for recovering from a cluster node failure • Identify Windows Server 2003 Windows Clustering support improvements • Identify options available in the New Server Cluster Wizard • Identify aspects of network load balancing (NLB) • Identify procedures you can perform with NLB Manager Unit 4: Disaster Recovery 1 hour • Identify components of a backup and recovery plan • Match backup types with their functions • Identify features and functions of volume shadow copies • Identify considerations for shadow copy scheduling • Identify options for restoring shadow copies • Sequence the steps for recovering from a server failure by using ASR Unit 5: Performance Monitoring 1 hour • Identify features of the four primary server subsystems • Identify options for monitoring subsystems • Match system bottleneck problems with their solutions Unit 6: Planning a Network Infrastructure 1 hour • Match documentation components with their function • Identify guidelines for preparing a development and test environment • Identify aspects of Windows Server 2003 network management |
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