In this module, we will dive into subnetting, helping you understand the need for subnetting and guiding you through various exercises for mastering subnet calculations and address range identification.

In this module, we will explore IPv6 addressing, focusing on hexadecimal conversion, address shortening techniques, and key concepts like autoconfiguration and dual stack to ensure smooth transition and coexistence with IPv4.

In this module, we will explore emerging technologies that are transforming network management, from SDN and SD-WAN to the integration of new security models like SASE and SSE, providing you with the tools to adapt to the future of networking.

In this module, we will focus on IP routing, covering both static and dynamic protocols, and dive deep into advanced routing topics that are essential for optimizing network traffic flow and ensuring reliability.

In this module, we will cover essential Ethernet switch operations, from VLAN management and STP for loop prevention to advanced features like link aggregation and Voice VLANs for optimized network performance.

In this module, we will cover best practices for physically setting up network devices, focusing on safety, wiring, power management, and environmental considerations to optimize the longevity and reliability of your network.

In this module, we will cover the best practices in network management, from documentation and IPAM to lifecycle management and change control, ensuring your network remains organized, secure, and high-performing.

In this module, we will introduce network monitoring tools and methods for tracking device health, analyzing traffic, and maintaining network performance and availability, ensuring your network runs smoothly at all times.

In this module, we will explore disaster recovery strategies, focusing on redundancy configurations and recovery practices that help restore network services quickly and efficiently after disruptions.