All my projects, homework, hand writings, course slides and anything I have learned and done during my studies at IUT😊. feel free to give it a ⭐=)

ECE Department of Tehran University - Computer Network Lab. Under the supervision of Dr. Ahmad Khonsari.

🌐 Guides on network projects and configs emulated in GNS3, including OSPF, EIGRP, BGP, and IPSec

Reports from the Network Lab course at Sharif University of Technology, utilizing Cisco Packet Tracer for simulations and configurations.

🌐 My network lab projects and exam resources in Cisco Packet Tracer

This repository contains all the codes & resources for Computer Networks Laboratory.

This is repo containing main programs for network lab

A personal GNS3 lab designed for hands-on practice in essential network and system administration skills.

Create your own virtual networking lab

Docker lab for security engineering lecture

🔧 Implement HSRP-based dual-path redundancy for reliable edge connectivity and segmented access in Layer 3 networks.

This project demonstrates a Centralized Syslog and SNMP Monitoring Lab using Cisco Packet Tracer. It showcases how network administrators can centralize log management and device monitoring using Syslog and SNMP v2c across multiple routers and switches. The lab includes full topology, configuration files, verification commands, and documentation fo

🏢 Set up VLAN segmentation and inter-VLAN routing using Cisco Packet Tracer to enhance your enterprise network design and management skills.

A simulated enterprise network demonstrating VLAN segmentation, inter-VLAN routing, and DHCP services using Cisco Packet Tracer.

A Cisco Packet Tracer project implementing multi-area OSPF with backbone and ABRs, VLAN segmentation, DHCP automation, and IEEE 802.1Q encapsulation.

HSRP-Based Dual-Path Edge Redundancy and Segmented Access A complete Cisco Packet Tracer lab demonstrating HSRP gateway redundancy, Inter-VLAN routing, PAT/NAT configuration, and wireless client connectivity. Ensures high availability, secure VLAN segmentation, and resilient edge design using dual routers and Layer 3 switching.

Automating full process of creating project, nodes, links, zero-touch provisioning, and beyond – including future features like self-healing and advanced monitoring.