A professional-grade hospital network simulation designed with enterprise networking principles.
This project models a two-building hospital infrastructure (Main Block & D Block) using real-world networking protocols and services.
This system represents a hospital with:
-
🏢 Main Block
- Emergency Department
- OPD
- Reception
- Billing
- IT Department
- Server Room
-
🏥 D Block
- Pharmacy
- Laboratory
- Operation Theater
Both buildings are interconnected through routers and cloud infrastructure to simulate real hospital-wide communication.
- Multi-router topology
- Inter-building communication via cloud
- Department-wise segmentation
- Centralized server room
- Scalable design
Redundant paths ensure better reliability and fault tolerance.
| Technology | Purpose |
|---|---|
| RIP | Dynamic routing between routers |
| FTP | File transfer between departments |
| SMTP | Email communication |
| HTTP | Web services |
| DNS | Domain name resolution |
| DHCP | Automatic IP assignment |
| Cloud | Inter-building connectivity |
- Dynamic routing using RIP
- Automatic IP management using DHCP
- Centralized services (DNS, FTP, SMTP, HTTP)
- Department-wise isolation
- Realistic hospital data flow simulation
- Cloud-based inter-building link
- Emergency Department
- OPD
- Reception
- Billing
- IT Department
- Server Room (DNS, DHCP, FTP, SMTP, HTTP servers)
- Pharmacy
- Laboratory
- Operation Theater
- Each department is connected via switches.
- Switches connect to routers.
- Routers use RIP for dynamic routing.
- Buildings communicate through a cloud network.
- DHCP assigns IP addresses automatically.
- DNS resolves domain names.
- HTTP hosts hospital web services.
- SMTP handles mail services.
- FTP manages file transfers.
- Hospital network design learning
- CCNA/CCNP practice
- Network simulation projects
- Cisco Packet Tracer (or similar simulator)
- Standard networking devices (Routers, Switches, Servers, PCs)
This project is open for learning and academic use.
You are free to modify and improve it.
Haseeb
BS Software Engineering Student
Focus: Networking, Systems, Problem Solving