🌐 Computer Networking Project – Corporate Campus Network Simulation

🔖 Project Title

Data Communication in a Network – Corporate Campus Expansion

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📄 Project Overview

This project simulates a scalable network infrastructure for a large corporate campus comprising five major buildings:

• Headquarters
• Sales Office
• Tech Center
• Human Resources
• Finance Division

Each building is equipped with:

• A dedicated router
• A DHCP server for dynamic IP assignment
• Three client PCs

The network is built using Class A IP addressing, and routers are interconnected using the OSPF (Open Shortest Path First) protocol for dynamic routing.

The Headquarters hosts:

• A DNS Server to resolve www.campusnet.com
• A Web Server accessible from all other buildings

Simulated browser-based applications are included to demonstrate business processes like:

• Employee onboarding
• Asset management
• Invoice processing

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⚙️ Features and Configuration

✅ Network Design Includes:

• Subnetting and IP addressing plan
• Router configurations for each building
• DHCP server setups
• OSPF routing across all routers
• DNS and Web Server setup at Headquarters

🧪 Experimental Results:

• LAN-to-LAN communication tested using ICMP ping
• Verified browser-based access to www.campusnet.com from all PCs
• Successful packet delivery with 0% packet loss

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🧰 Technologies Used

• Cisco Packet Tracer
• OSPF Protocol
• DNS & Web Server configuration
• DHCP implementation
• Network simulation tools

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📁 Project Structure

📦 CampusNetworkSimulation
├── 2022-1-60-372.pdf         # Final project report
├── question.pdf              # Project question and requirements
├── campus_network.pkt        # Cisco Packet Tracer simulation file
└── README.md                 # Project description and documentation

Note: Open the .pkt file using Cisco Packet Tracer to view and interact with the full network simulation.

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🏁 Conclusion

This project successfully demonstrates a robust and scalable campus network setup. The simulation confirms full connectivity, dynamic routing, and domain resolution. All business goals were met effectively, showcasing the ability to design, implement, and test a functional enterprise-level network.