| Week | Topic | Lab Task | |------|-------|----------| | 1 | Review subnetting, VLSM, route summarization | Design addressing scheme for 3 routers | | 2 | Static & default routing, RIP | Configure static routes & default gateway | | 3 | OSPF single area & multi-area | OSPF neighbor establishment, DR/BDR | | 4 | EIGRP | EIGRP metric calculation, unequal-cost load balancing | | 5 | ACLs (standard/extended) | Block specific hosts, allow web traffic only | | 6 | NAT (static, dynamic, PAT) | Configure NAT overload, port forwarding | | 7 | VLANs, trunking, inter-VLAN routing | Router-on-a-stick, VTP, DTP | | 8 | VPN & security basics | Site-to-site IPsec tunnel simulation |
The course typically covers a range of topics, which may include: | Week | Topic | Lab Task |
The keyword refers to several distinct technical and academic entities. Depending on your interest, it can represent a high-performance chemical coating, an automotive electrical component, or a specific university course. PAT) | Configure NAT overload
| Task | Command | |------|---------| | Enable OSPF debug | debug ip ospf events | | Show running ACLs | show access-lists | | Clear NAT table | clear ip nat translation * | | Verify inter-VLAN routing | show vlan , show interface trunk | | Packet capture (IOS) | monitor capture point (or use SPAN) | inter-VLAN routing | Router-on-a-stick