All Section: Please Read

First is Architecture, which focuses on understanding how modern enterprise networks are designed and structured. In this section, students learn about different network design models such as two-tier, three-tier, and spine-leaf architecture. It covers control plane, data plane, and management plane concepts, along with enterprise campus architecture and WAN design. Topics include Software-Defined Networking (SDN), controller-based networking, Cisco SD-Access, SD-WAN architecture, cloud integration models like IaaS, PaaS, and SaaS, and Quality of Service (QoS) design principles.

Second is Virtualization, which explains how logical segmentation improves scalability and efficiency. Students learn about VLANs, trunking, VRF concepts, and inter-VRF routing. It also includes virtualization technologies such as virtual switching, hypervisors, virtual machines, and basic container concepts. Wireless architecture components like access points and controllers are also introduced.

Third is Infrastructure, which is the largest domain and focuses on advanced routing and switching. It covers Layer 2 technologies such as STP, RSTP, MST, EtherChannel, and Layer 3 technologies including OSPFv2, OSPFv3, EIGRP, BGP basics, and route redistribution. Students also study FHRP concepts like HSRP, VRRP, and GLBP, along with multicast fundamentals, QoS implementation, and device monitoring.

Fourth is Network Assurance, which emphasizes monitoring and troubleshooting. Topics include SNMP, Syslog, NetFlow, SPAN, and network performance metrics. It also covers troubleshooting methodologies and wireless monitoring techniques.

Fifth is Security, which focuses on securing enterprise networks. It includes device hardening, control plane policing, ACLs, wireless security, VPN concepts, and basic firewall principles.

Finally, Automation, which introduces REST APIs, JSON, Python basics, configuration management tools, and controller-based programmability used in modern enterprise environments.

₹ 1999/ $39