Module 1: Examining Cisco Enterprise Network Architecture
• Understanding Cisco Switching Paths: Overview of switching paths in Cisco enterprise networks.
• Implementing Campus LAN Connectivity: Techniques for connecting devices in a campus LAN environment.
• Building Redundant Switched Topology: Creating redundant switch topologies to ensure network reliability.
• Implementing Layer 2 Port Aggregation: Aggregating multiple ports at Layer 2 to increase bandwidth and redundancy.

Module 2: Routing Protocols and Redundancy
• Understanding EIGRP: Basics of Enhanced Interior Gateway Routing Protocol.
• Implementing OSPF: Configuring Open Shortest Path First routing protocol.
• Optimizing OSPF: Techniques to enhance the performance of OSPF.
• Exploring EBGP: Introduction to External Border Gateway Protocol for inter-domain routing.
• Implementing Network Redundancy: Strategies for ensuring network availability and reliability.
• Implementing NAT: Network Address Translation for IP address management and security.

Module 3: Virtualization and VPNs
• Introducing Virtualization Protocols and Techniques: Overview of virtualization protocols and their applications.
• Understanding Virtual Private Networks and Interfaces: Basics of VPN technologies and their interfaces.

Module 4: Wireless Networking
• Understanding Wireless Principles: Fundamentals of wireless networking.
• Examining Wireless Deployment Options: Different approaches to deploying wireless networks.
• Understanding Wireless Roaming and Location Services: Managing wireless roaming and implementing location services.
• Examining Wireless AP Operation: Operation and management of wireless access points.
• Understanding Wireless Client Authentication: Techniques for authenticating wireless clients.
• Troubleshooting Wireless Client Connectivity: Methods for diagnosing and resolving connectivity issues in wireless networks.

Module 5: Network Protocols and Quality of Service
• Introducing Multicast Protocols: Basics of multicast protocols for efficient data distribution.
• Introducing QoS: Overview of Quality of Service concepts to manage network traffic.
• Implementing Network Services: Configuring network services to support various applications and requirements.

Module 6: Network Security and Automation
• Using Network Analysis Tools: Tools and techniques for analyzing network performance and issues.
• Implementing Infrastructure Security: Strategies to secure network infrastructure.
• Implementing Secure Access Control: Configuring access controls to protect network resources.
• Understanding Enterprise Network Security Architecture: Overview of security architecture in enterprise networks.
• Exploring Automation and Assurance Using Cisco DNA Center: Using Cisco DNA Center for network automation and assurance.
• Examining the Cisco SD-Access Solution: Understanding Cisco’s SD-Access for automated network management.
• Understanding the Working Principles of the Cisco SD-WAN Solution: Basics of Cisco SD-WAN for WAN management.

Module 7: Programmability and APIs
• Understanding the Basics of Python Programming: Introduction to Python programming for network automation.
• Introducing Network Programmability Protocols: Overview of protocols used for network programmability.
• Introducing APIs in Cisco DNA Center and vManage: Utilizing APIs for automation and management in Cisco DNA Center and vManage.