Detailed Course Outline
Network Engineering Fundamentals
- Learn the basics of network structures, components, and OSI model applications
- Understand different cabling types and Power over Ethernet (PoE) technology
- Explore Ethernet, MAC addresses, and Layer 2 switching operations
- Get an overview of Arista EOS, its architecture, and basic CLI configuration
- Delve into IPv4 addressing, subnet masks, and subnetting techniques
- Gain insights into protocols like DHCP, ICMP, DNS, ARP, and NTP
- Learn the Transport Layer s role in data transmission, focusing on TCP and UDP.
Layer 2 Switching Fundamentals
- Understand LLDP for device discovery and creating network diagrams
- Learn VLAN segmentation, trunking protocols, and inter-VLAN routing
- Understand STP s role in preventing loops in Layer 2 networks
- Explore Link Aggregation, LACP, and MLAG for increased bandwidth and redundancy.
Layer 3 Routing Fundamentals
- Understand the role of routers in directing data across various network environments
- Learn about static and dynamic routing, RIP, OSPF, and route selection methods
- Understand WAN concepts and how NAT translates IP addresses for network communication.
Advanced Networking Concepts
- Learn to configure ACLs, AAA, DHCP Snooping, and ARP Inspection for network security
- Understand QoS for traffic management, including classification, marking, and shaping
- Explore IPv6 addressing and configuration for modern network environments
- Get introduced to CloudVision for basic network automation and management.