Track 1 - CCNA Class Schedule :
Semester 1
1 Chapter 01 (Network Today)
Chapter 02 (Basic Device Config)
Cisco Academy Orientation
2 Chapter 03 (Protocols)
Chapter 15 (Application Layer)
Chapter 14 (Transport Layer)
3 Chapter 08 (Network Layer)
Chapter 05 (Number Systems)
Chapter 11 (IPv4 Addresses)
4 Chapter 11 (Subnetting)
Exercises: Subnetting
Chapter 10 (Basic Router Config)
Chapter 13 (ICMP)
Lab: PT Basic Router Config
5 Chapter 12 (IPv6 Addressing)
Chapter 09 (Address Resolution)
6 Chapter 06 (Data Link Layer)
Chapter 07 (Ethernet Switching)
Chapter 04 (Physical Layer)
7 Chapter 16 (Network Security Fund)
Chapter 17 (Build a Small Network)
Semester 2
8 Exam: Semester One
Chapter 01 (Basic Device Config)
Chapter 02 (Switching Concepts)
Lab: Switch & Router Config
9 Chapter 03 (VLANs)
Chapter 04 (Inter VLANs Routing)
Lab: VLANs & Inter VLAN Routing
10 Chapter 05 (STP)
Chapter 06 (Ether channel)
Lab& H.W Lab: STP or Etherchannel
11 Chapter 07 (DHCPv4) + Lab
Chapter 08 (DHCPv6)
Chapter 09 (FHRP) + Lab
12 Chapter 10 (LAN Security)
Chapter 11 (Switch Security)
Lab: Switch Security
13 Chapter 12 (WLAN Concepts)
Chapter 13 (WLAN Config) + Lab
14 Chapter 14 (Routing Concepts)
Chapter 15 (Static Routes)
Chapter 16 (TShoot Static Routes)
Semester 3
15 Chapter 1 (OSPF Concepts)
Chapter 2 (OSPF Configuration)
Lab: OSPF Semester 3
16 Exam: Semester 2
Chapter 3 (Network Security Concepts)
Chapter 11 (Network Design)
17 Chapter 4 (ACL Concepts)
Chapter 5 (ACL Configuration)
Lab: ACL
18 Chapter 6 (NAT) + Lab
Chapter 7 (WAN Concepts)
19 Chapter 10 (Network Mgmnt) + Lab
Chapter 9 (QoS Concepts)
Chapter 12 (Network TShoot)
20 Chapter 13 (Network Virtualization)
Chapter 8 (VPN Concepts)+Lab
Exam Semester 3
21 Chapter 14 (Network Automation) and final lab
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Track 2 - Encor CCNP 350-401
1. Introduction and installing GNS3.
2. General Revision
3. Forwarding
a. Layer 2 Forwarding
b. Layer 3 Forwarding
4. Data transfer.
a. Address Resolution Protocol (ARP)
b. Maximum Transmission Unit (MTU)
c. TCP Maximum Segment Size (MSS)
5. Router Switching Modes
a. Process Switching
b. Fast Switching
c. CEF
6. SDM Templates
7. VLAN
a. VLAN advanced mode
b. Trunking Protocol
c. Dynamic Trunking Protocol (DTP)
d. VTP + VTP Pruning + VTPv3.
8. Switching
a. Revision
b. STP Revision
c. PVST+ (Per-VLAN Spanning Tree Protocol)
9. STP Optimization
a. Port Fast
b. Uplink Fast
c. Backbone Fast
d. BPDU filter
e. BPDU guard
f. root guard
10. Rapid STP (RSTP)
11. EtherChannel
a. L2 EtherChannel
b. L3 EtherChannel
12. Routing
a. Static
b. RIP
c. OSPF
d. EIGRP (Numbered Named)
13. SDWAN
14. Security
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Track 3 - MCSA – (Windows Server) and Microsoft Azure (Cloud)
MCSA– Microsoft (Windows Server 2022)
1- Introduction
2- What’s new in Microsoft Windows.
3- Virtualization Technology – VM Ware (Installation and Configuration).
4- Microsoft Windows 10 (Installation, Configuration and Troubleshooting).
5- Windows Server 2022 (Installation, Configuration and Troubleshooting).
6- Install and configure Active Directory Domain Services.
7- Managing Active Directory Objects.
8- Group Policy Management.
9- File Server and Storage (Management and Troubleshooting)
10- DHCP (Dynamic Host Configuration Protocol)- (Installation, Configuration and Troubleshooting).
11- DNS (Domain Name System) (Configuration and Troubleshooting).
12- Print Server - (Installation, Configuration and Troubleshooting).
13- Windows Deployment Services (WDS).
14- Windows Server Update Services (WSUS).
15- Windows Server Core (Installation, Configuration, and management).
16- Hyper-V (Installation, Configuration and Troubleshooting).
17- Remote Desktop Services (RDP).
18- Command Line (CMD) Fundamentals.
19- PowerShell fundamentals.
20- DR (Disaster Recovery). (windows Server Backup).
21- Active Directory Database Backup and Restore.
22- Active Directory Partitions.
23- Additional Domain Controller.
24- Final Project.
Microsoft Azure Fundamentals (AZ-900)
➢ Describe cloud concepts:
1- Describe cloud computing.
2- Describe the benefits of using cloud services.
3- Describe cloud service types.
➢ Describe Azure architecture and services:
1- Describe the core architectural components of Azure.
2- Describe Azure compute and networking services.
3- Describe Azure storage services.
4- Describe Azure identity, access, and security.
➢ Describe cloud concepts:
1- Describe cost management in Azure.
2- Describe features and tools in Azure for governance and compliance.
3- Describe monitoring tools in Azure.