A variety of labs to showcase network setups and CCNA labs (no braindumps)

Welcome to the "CiscoPT-Network-Simulations" repository! This collection of projects showcases a series of network simulations and configurations created using Cisco Packet Tracer. Dive into these hands-on network labs to explore a variety of networking scenarios, protocols, and setups. Whether you're a networking enthusiast or a student !

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

this was our project for the cisco packet tracer lab (network and communication lab) here, we have created an iot enabled smart home to perfom some basic tasks. not too flashy, but its some good work. feel free to use this anywhere.

Collection of Cisco Packet Tracer (.pkt) projects covering LAN, WAN, VLAN, static & dynamic routing (RIP, OSPF, EIGRP), DHCP, DNS, and server setups. Useful for networking labs, CCNA practice, and student projects. Open in Cisco Packet Tracer to explore, learn, and customize topologies.

This repository contains lab tasks and a final project for the Computer Networks (Lab) course at Superior University 🎓, focusing on networking concepts 🌐, configurations 🔧, and simulations using Cisco Packet Tracer 💻

This project designed a Cybersecurity Awareness Training Lab using Cisco Packet Tracer to improve cybersecurity skills at NU Oman. It provides hands-on training, simulates cyberattacks, and raises awareness of threats like phishing and weak passwords in a secure environment.

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Cisco Packet Tracer lab project.

CCNA 200-301 labs and networking projects using Cisco Packet Tracer

Aspiring Network Engineer | Building projects and labs in Packet Tracer & GNS3

Hands-on Cisco Packet Tracer networking and cybersecurity lab projects.

Packet Tracer CCNA example projects and scenarios for Computer Networks Lab course

Computer Networks Lab Projects – Packet Tracer & Reports This repository contains Cisco Packet Tracer simulation files and detailed documentation (DOCX) for various networking concepts and topologies

Cisco Packet Tracer network projects from basic to advanced, including VLANs, routing, switching, and network security labs.

Networking Lab: EtherChannel Implementation in Cisco Packet Tracer | This project showcases a virtual networking lab built in Cisco Packet Tracer to demonstrate the configuration and functionality of EtherChannel — a port aggregation technology used to enhance bandwidth and redundancy between switches.

College Website Hosting on Local Network (Cisco Packet Tracer) I’m excited to share my Data Communication and Computer Networks Lab Project where I simulated hosting a college website within a Local Area Network (LAN) using Cisco Packet Tracer

This is the project made on Cisco Packet Tracer by our group for the course CS361 (Computer Networks Lab) offered by IIIT Vadodara International Campus Diu

This project presents the design and implementation of a multi-campus network infrastructure for ITU University using Cisco Packet Tracer. The network supports multiple departments, student labs, administrative offices, and cloud integration.

This repository contains Cisco Packet Tracer lab projects designed for learning and practicing networking concepts such as IP addressing, subnetting, VLANs, routing protocols, and network troubleshooting. These labs are ideal for CCNA students and anyone interested in hands-on network simulation.

This repository documents my hands-on labs and projects from the [Google IT Support Professional Certificate](https://www.coursera.org/professional-certificates/google-it-support). Each folder contains Packet Tracer simulations, configuration steps, troubleshooting notes, and reflections showing how I apply IT and cloud fundamental.

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

This project simulates a campus network using Cisco Packet Tracer with a hierarchical design (Core, Distribution, Access). VLANs segment labs, classrooms, admin offices, and hostel areas for security and efficiency. Inter-VLAN routing via a multilayer switch enables controlled communication, creating a scalable and realistic campus network model.

This project is a simulated college campus network (EPCC) I built in Cisco Packet Tracer. This design helped me practice and strengthen my foundational networking skills. This lab represents two buildings within the same campus, each containing multiple VLANs to separate different types of users/departments.

CYB 210 Project One Guidelines and Rubric Overview Organizations grow, change, and evolve frequently, so it is important for the IT department to scale to the needs of the organization. As your organization changes, your requirements will change with growth and innovations in technology. It’s common to see scalability problems with organizational growth as well. This is why cybersecurity professionals should be aware of these issues to help build their strategic thinking skills. There is a constant need in today’s world to competitively keep up with technology and the need for connectivity. For this project (due in Module Six), you will create a network modification brief consisting of a network reconfiguration demonstrated by an export of your updated network diagram and multiple screenshots, as well as a written explanation of the network segregation. The audience for this brief is your IT department manager. This report is an authentic demonstration of the related course competencies because you will be asked to implement and reconfigure common network devices in response to the scalability of network infrastructure. In this assignment, you will demonstrate your mastery of the following course competencies:  CYB-210-01: Implement IP addressing and supporting services to meet architectural requirements  CYB-210-03: Configure common network functions and devices Scenario Your instructor will post a real-world scenario that includes the specifications on which your work will be based. You will also be provided with a Packet Tracer native file (.pkt) that you will import into the Packet Tracer application to use as the base diagram for your network. You will use the scenario and the provided Packet Tracer lab environment to do your work. Prompt For your project, use the provided Packet Tracer (.pkt) file, which mirrors the configuration of the current network. This file includes the old wireless router, a tablet and smartphone, and the two cameras that you will be adding as part of the reconfiguration of the network. Make sure you label each device with its IP address so that it’s visible for your screenshots. Specifically, you must address the critical elements listed below. Most of the critical elements align with a particular course competency, shown in brackets. I. Network Reconfiguration Reconfigure the network in the file provided. Then submit a PNG or PDF file of your updated network diagram and show screenshot evidence that you have met the project requirements for the following critical elements: A. Properly configure the VLAN for guest and video connections to meet the project requirements. Submit a screenshot of the VLAN table. [CYB-210-01] B. Properly configure the guest wireless network to meet the project requirements. Submit a screenshot of the wireless settings for the wireless router. [CYB-210-03] C. Make sure that devices are connected to the guest wireless network to meet the project requirements. IP addresses for the devices should be noted in the network diagram PNG or PDF. [CYB-210-03] D. Make sure that cameras are connected to the video network to meet the project requirements. IP addresses for the cameras should be noted in the network diagram PNG or PDF. [CYB-210-03] E. Make sure that guest and video networks are properly segmented. Submit screenshots of ping tests that prove you have met this project requirement. [CYB-210-01] II. Explanation of Network Segregation Articulate your response to the questions below. A. Describe how you segmented network traffic to meet the project requirements for guest and video connections. [CYB-210-01] B. Explain how you considered the scalability of the guest wireless network in order to meet the project requirements (IP addressing, leasing, etc.). [CYB-210-01]

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Testing networking on Cisco Packet Tracer

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My Cisco Packet Tracer networking projects and labs