The Complete Course on Cisco Packet Tracer

learn basic device configurations for switches and PCs in Cisco Packet Tracer, covering IP addressing, subnet masks, VLAN creation, and basic network troubleshooting for a small two-switch network.

Learn cabling and connectivity in Packet Tracer by wiring routers with serial and Ethernet cables, using console cables, crossover and straight-through cables for connections, and wireless access via access point.

Configure IP addresses on the router, switches, and computers, set class a subnet masks, and verify connectivity with ping in Cisco Packet Tracer.

Set up a small network in Cisco Packet Tracer by connecting multiple PCs to a switch, assigning 172.16.0.x addresses with 255.255.0.0, and verifying connectivity with ping.

Create a Cisco Packet Tracer topology with five devices, a switch and router; assign a private class A/B/C subnet to PCs and router interfaces, then ping to verify same-subnet connectivity.

Explore routing basics and the role of routers, distinguishing static and dynamic routing, and learn how routing tables, IP addressing, and NAT enable efficient path selection and internet connectivity.

Compare static and dynamic routing, showing manual path configuration and routing table updates for static routing, versus automatic path selection by protocols like RIP, OSPF, and BGP in dynamic routing.

configure static routing across three subnets in Cisco Packet Tracer, linking networks ten, twenty, and thirty with static routes and verified by ping, trace, and simulation.

Complete a hands-on assignment that connects two routers with three private networks, configures static routing, and ensures five PCs on each side ping each other via a layer 2 switch.

Configure OSPF on Cisco Packet Tracer routers, enabling single-area and multi-area designs with area zero as the backbone. Set IP addresses, disable RIP, and advertise directly connected networks in OSPF.

Configure rip on Cisco packet tracer by linking routers, assigning IP addresses, advertising connected networks, and verifying routes with show ip route and ping.

Explore dynamic routing protocols—RIP, OSPF, and EGP—and how they build routing tables, choose the best path using hop count, cost, and a composite metric, with Dijkstra, link state, and bandwidth.

Configure eigrp in Cisco Packet Tracer, assign ip addresses to routers and PCs, advertise directly connected networks, and verify routing with show ip route and ping.

Explore building a Cisco Packet Tracer topology that runs RIP, OSPF and EGP, then redistribute among them to enable end-to-end communication across multiple networks.

Explore vlan concepts and how they segment a physical network into logical networks, improving efficiency, security, and management. Learn inter-vlan routing, spanning tree protocol, port security, and trunking.

Configure VLANs on Cisco Packet Tracer, create VLAN ten and VLAN twenty, assign access ports, set up a trunk between switches, and verify inter-VLAN communication with PCs.

Configure inter vlan routing using a layer 3 switch and router on a stick, set up two vlans with svi, enable ip routing, and verify connectivity with pings between hosts.

Explore how the spanning tree protocol prevents layer 2 loops, elects a root bridge, and uses port states such as blocking, listening, learning, and forwarding to maintain a loop-free network.

Configure port security on a layer two switch to sticky mac addresses. Limit to one mac per port and use the shutdown violation to block unauthorized devices from accessing servers.

Learn to configure a multi-switch, layer 2 vlan network with vlan 10 and 20, using access and trunk ports, and verify inter-switch communication within the same vlan.

Outline VLAN configuration for HR, IT, and sales on a Cisco switch and implement inter-VLAN routing using either switch virtual interfaces or router-on-a-stick, depending on topology.

Master DHCP, DNS, and NAT configuration in Cisco Packet Tracer, focusing on dynamic IP assignment, domain name resolution, and address translation.

Configure DHCP on Cisco Packet Tracer, create DHCP pools to dynamically assign addresses with gateway 192.168.1.1, and enable DHCP relay using IP helper address for inside and outside networks.

Configure dns on Cisco packet tracer to translate ip addresses to domain names, integrating dns server with dhcp and a web server, and test with cisco-course.com.

Configure network address translation on a Cisco router using inside and outside interfaces, private and public IPs, and a NAT pool to enable external access to an inside web server.

configure dhcp on a router in cisco packet tracer, create an inside pool for the 192.168.1.0 network with gateway 192.168.1.1, exclude 192.168.1.2, and verify by ping.

Explore core Cisco Packet Tracer concepts through a quiz on DHCP, DNS, and NAT, covering DHCP transactions, leases, A records, TTL, authoritative servers, PAT, and recursive DNS.

Explore network security fundamentals, including standard and extended ACLs, VPNs, firewalls, IDS/IPS, and Cisco Packet Tracer lab configurations.

Configure standard and extended ACLs on Cisco Packet Tracer to control traffic, blocking ICMP while allowing HTTP on port 80 to a web server.

Configure standard and extended ACLs to block a specific source IP from pinging a web server while allowing other traffic. Enable HTTP access and test with ping and HTTP requests.

Configure a vpn on Cisco routers to create a secure tunnel that hides traffic from intermediate routers. Learn ip addressing and OSPF routing to securely route data through the tunnel.

Configure a Cisco ASA firewall in Packet Tracer to secure an internal network and a DMZ, set up inside and DMZ interfaces, and apply ACLs to control traffic.

Engage with module seven's network security mcq quiz to test your understanding of acl types, vpn concepts, firewall roles, and encryption in Cisco Packet Tracer.

Explore wireless security protocols such as WEP, WPA, WPA2, and WPA3, and learn to configure wireless access points and wireless clients in Cisco Packet Tracer.

Configure wireless access points and wireless clients via a wireless lan controller in Cisco Packet Tracer, covering dhcp, ip addressing, ssids, and wi-fi with wpa2 personal security.

quiz-based overview of wireless technologies and configurations, detailing wpa2 encryption with aes, wep and other security protocols, enterprise versus psk authentication, dhcp, ssid, 802.11ac, and roaming.

Diagnose and resolve common network issues using Cisco Packet Tracer simulation tools, focusing on IP address conflicts, DNS problems, VLAN errors, DHCP failures, and switchport configurations to optimize performance.

Learn to debug networks with the Cisco Packet Tracer simulation tool by building topologies, configuring IP addresses, testing with ping, and using simulation mode to identify errors.

Upgrade hardware to handle higher traffic and implement quality of service to prioritize critical applications; use wired connections where possible, optimize routing to reduce latency, and segment networks with VLANs.

Practice module nine troubleshooting and network optimization concepts using key tools, Wireshark, QoS, ping, nslookup, and commands to diagnose latency, verify domain names, and check connectivity.

Design a secure enterprise network for a furniture plant using vlan-based segmentation, routers, switches, access points, and a firewall in Cisco Packet Tracer, with router-on-a-stick inter-vlan routing.

Execute the final project by configuring firewall, access lists, port security, VLANs and inter‑VLAN routing in Cisco Packet Tracer, including DMZ, DHCP relay, RIP, and wireless VLANs.

Celebrate mastering Cisco Packet Tracer and solidify your networking foundation with hands-on experience in designing, configuring, and troubleshooting networks.