- PowerShell – used for scripting, automation, and user management (DSADD, CSVDE).
- Active Directory Domain Services (AD DS) – for domain and user management.
- Disk Management / RAID 5 – for drive redundancy configuration.
- File Explorer / Batch Scripts – for manual and automated network drive mapping.
- Windows Server 2019 – domain controller and file server. (21H2)
- Windows 11 – domain-joined client machine. (21H2)
- Oracle VirtualBox – used to virtualize and network both systems in an isolated lab environment. (21H2)
Active Directory setup begins by installing the Active Directory Domain Services (AD DS) role on Windows Server 2019.
After installation, the server is promoted to a domain controller and the domain mohamedyagoub.com is created.:



Configured IP address, DNS, and time zone for proper domain connectivity.
Server renamed to SERVER01 and connected to an internal VirtualBox network.:

Created OUs for: IT, Sales, HR, Accounting, Research, CCP, Temple, and Drexel. Each OU was organized to simulate real enterprise departments:

Add Users (Manual and Scripted):
Added users manually to HR, IT, and Sales OUs & used PowerShell and CSVDE to automate user creation for Temple and CCP OUs:

Configured RAID 5 storage in Server Manager to simulate data redundancy and improve read performance:

Map Network Drives:
Used File Explorer to manually map S:, H:, and P: drives for department shares. Automated mappings using PowerShell and Batch scripts for drives F:, Z:, and Y:

Logged into a domain-joined Windows 11 client to confirm users could access mapped drives and apply GPO restrictions:

Collected screenshots and notes verifying that all domain services, permissions, and mappings functioned as expected.
