MICROSOFT WINDOWS SERVER 2022 DESIGNING & IMPLEMENTING SERVER INFRASTRUCTURE
The Designing & Implementing Server Infrastructure course is an advanced, architecture-focused professional program designed to equip participants with the skills required to plan, design, deploy, and manage scalable, secure, and resilient server infrastructures in modern enterprise environments. The course is built around best practices for on-premises, virtualized, and hybrid infrastructures, leveraging server platforms such as Microsoft Windows Server, virtualization technologies, and industry-standard infrastructure design principles. It emphasizes infrastructure planning, high availability, disaster recovery, performance optimization, and operational governance. This program is ideal for professionals responsible for enterprise infrastructure design decisions, moving beyond basic administration into solution architecture and implementation. Course Objectives By the end of this course, participants will be able to: Design enterprise-grade server infrastructures Plan server roles, capacity, and performance requirements Implement virtualization and high-availability solutions Design storage, networking, and identity integration Implement security, monitoring, and governance controls Support hybrid and future-ready infrastructure designs
Course Curriculum
1
- Server infrastructure concepts
- Infrastructure roles and responsibilities
- Design vs implementation considerations
- Aligning infrastructure with business needs
2
- Assessing existing environments
- Capacity planning and sizing
- Performance and workload analysis
- Infrastructure documentation
3
- Physical vs virtual servers
- On-premises, cloud, and hybrid models
- Server consolidation strategies
- Standardized deployment approaches
4
- Hypervisor concepts and architecture
- Virtual machine design and placement
- Resource allocation and optimization
- High availability in virtual environments
5
- Storage architectures and models
- SAN, NAS, and direct-attached storage
- Performance, redundancy, and scalability
- Storage availability and fault tolerance
6
- Network design principles
- Segmentation and traffic isolation
- Redundancy and failover
- Performance and security considerations
7
- Directory services integration
- Authentication and authorization models
- Role-based access control
- Identity security best practices
8
- Clustering concepts
- Load balancing strategies
- Designing for resilience
- Eliminating single points of failure
9
- Backup strategies and architectures
- Recovery Time and Recovery Point Objectives
- Disaster recovery planning
- Business continuity alignment
10
- Server hardening principles
- Network and host-based security
- Patch and update strategies
- Security monitoring and auditing
11
- Infrastructure monitoring tools
- Performance tuning
- Capacity and growth planning
- Proactive maintenance strategies
12
- Hybrid connectivity concepts
- Integrating on-premises and cloud services
- Identity and networking challenges
- Future-ready infrastructure design
13
- Infrastructure governance models
- Change and configuration management
- Documentation and standardization
- Operational excellence
14
- Designing a complete server infrastructure
- High availability and DR design scenarios
- Security and performance optimization exercises
- Peer review and design validation
15
- Instructor-led classroom or virtual training
- Architecture design workshops
- Scenario-based infrastructure labs
16
- Infrastructure and system engineers
- Senior Windows Server administrators
- Virtualization and data center professionals
- IT architects and technical leads
- Professionals transitioning to infrastructure design roles
17
- Strong experience with server administration
- Understanding of networking, storage, and security fundamentals
- Familiarity with virtualization technologies
18
- Infrastructure design assignments
- Scenario-based architecture evaluations
- Knowledge checks and quizzes
19
Participants receive a Certificate of Completion - Microsoft Windows Server 2022 Designing & Implementing Server Infrastructure, demonstrating advanced competence in enterprise server infrastructure design and implementation.
20
- Server infrastructure concepts
- Infrastructure roles and responsibilities
- Design vs implementation considerations
- Aligning infrastructure with business needs
21
- Assessing existing environments
- Capacity planning and sizing
- Performance and workload analysis
- Infrastructure documentation
22
- Physical vs virtual servers
- On-premises, cloud, and hybrid models
- Server consolidation strategies
- Standardized deployment approaches
23
- Hypervisor concepts and architecture
- Virtual machine design and placement
- Resource allocation and optimization
- High availability in virtual environments
24
- Storage architectures and models
- SAN, NAS, and direct-attached storage
- Performance, redundancy, and scalability
- Storage availability and fault tolerance
25
- Network design principles
- Segmentation and traffic isolation
- Redundancy and failover
- Performance and security considerations
26
- Directory services integration
- Authentication and authorization models
- Role-based access control
- Identity security best practices
27
- Clustering concepts
- Load balancing strategies
- Designing for resilience
- Eliminating single points of failure
28
- Backup strategies and architectures
- Recovery Time and Recovery Point Objectives
- Disaster recovery planning
- Business continuity alignment
29
- Server hardening principles
- Network and host-based security
- Patch and update strategies
- Security monitoring and auditing
30
- Infrastructure monitoring tools
- Performance tuning
- Capacity and growth planning
- Proactive maintenance strategies
31
- Hybrid connectivity concepts
- Integrating on-premises and cloud services
- Identity and networking challenges
- Future-ready infrastructure design
32
- Infrastructure governance models
- Change and configuration management
- Documentation and standardization
- Operational excellence
33
- Designing a complete server infrastructure
- High availability and DR design scenarios
- Security and performance optimization exercises
- Peer review and design validation
34
- Instructor-led classroom or virtual training
- Architecture design workshops
- Scenario-based infrastructure labs
35
- Infrastructure and system engineers
- Senior Windows Server administrators
- Virtualization and data center professionals
- IT architects and technical leads
- Professionals transitioning to infrastructure design roles
36
- Strong experience with server administration
- Understanding of networking, storage, and security fundamentals
- Familiarity with virtualization technologies
37
- Infrastructure design assignments
- Scenario-based architecture evaluations
- Knowledge checks and quizzes
38
Participants receive a Certificate of Completion - Microsoft Windows Server 2022 Designing & Implementing Server Infrastructure, demonstrating advanced competence in enterprise server infrastructure design and implementation.
This course includes
- 38+ Activity Modules
- 40 hours + lessons
- Lifetime access
- Certificate of completion
- Available on desktop and mobile
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