Design_and_Implementation_of_a_University_Nrrrretwork_in_Cisco_Packet

1.

Title
Design and
Implementation of a
University Network in
Cisco Packet Tracer
Subtitle
A Scalable Network Solution Using Cisco Packet
Tracer
AA
Presented by
System Manager SHANDYBAY AMIRKHAN
Analytic ASKHAT MADIYAR
Network engineer SHANDYBAY AMIRKHAN

2.

Introduction
In this presentation, we will present a secure and scalable network
design for Narxoz University using Cisco Packet Tracer.
Our objective was to build a network that ensures reliable
communication, optimized performance, and enhanced security for
the campus.
The network will support different departments and offer a robust
IT infrastructure.
AA

3.

Literature Review and Related Work
Resources
Key Findings
Cisco Networking Academy Documentation
VLAN segmentation improves security and network
VLAN segmentation articles
performance. Hierarchical topology ensures scalability. Best
University network examples
practices are combined for a robust and efficient solution for
Narxoz University.

4.

Project Goals and Objectives
1
4
7
Goal 1
2
Goal 2
3
Goal 3
Design and implement a reliable
Ensure network security and
Implement network services:
network in Packet Tracer.
performance.
DHCP and DNS.
Objective 1
5
Objective 2
6
Objective 3
Analyze network requirements
Design a logical topology with
Configure routing and network
and users.
VLAN segmentation.
services.
Objective 4
Calculate the cost of devices and implementation.

5.

Business and Technical Goals
Business Goal 1
Business Goal 2
Improve university network performance.
Reduce network maintenance costs.
Business Goal 3
Technical Goal 1
Ensure reliable access to educational resources.
Implement hierarchical network architecture with VLAN
segmentation.
Technical Goal 2
Technical Goal 3
Ensure smooth operation of DHCP and DNS servers.
Configure inter-VLAN routing via L3 switch.

6.

Network Analysis (User and Device
Needs)
Users
Computers
Routers
Switches
Around 100 users (staff and
28 computers for
3 Cisco 2911 routers.
8 Cisco 2960-24TT access
students).
departments.
switches and 1 Cisco 3650 L3
switch.
Servers
Printers
2 servers for DHCP and DNS.
2 shared printers.

7.

Logical Design (in
Packet Tracer)
1
Routers
Cisco 2911 routers connect the network to external resources.
2
Switches
L3 switch for inter-VLAN routing, Access switches (Cisco
2960) for end-user devices.
3
Network Services
DHCP and DNS on dedicated servers.

8.

Cost of Network Ownership
Device Model
Quantity
Price per Unit
Total Cost
Router (Cisco 2911)
3
$885
$2,655
L3 Switch (Cisco
2
$5000
$10,000
10
$1500
$15,000
4
$2000
$8,000
28
$1000
$28000
2
$1500
$3000
3650-24PS)
Access Switch
(Cisco 2960-24TT)
DHCP/DNS Servers
(Standard Server)
Computers
(Standard PC)
Printers (HP
LaserJet)
TOTAl price: $66655

9.

Implementation Plan (Configurations)
Equipment Preparation
Procurement of routers, switches, and servers.
VLAN Configuration
Creation of VLANs and port assignment on switches.
Routing Configuration
Setup of L3 switch for inter-VLAN communication.
DHCP and DNS Implementation
Configuring servers for automatic IP address allocation and domain resolution.
Testing
Verification of connectivity and network availability.

10.

References
Official Cisco
Documentation
Sources for Device
Prices
Literature
cisco.com
amazon.com
articles on VLAN and routing.
Cisco Networking Academy materials,
About VLAN configuration:
https://youtu.be/kCf5sFnThj45
About Routing configuration:
https://www.cisco.com/c/en/us/td/docks
DHCP and DNS configuration:
https://youtu.be/kYHP/34/3hds

11.

Conclusion
1
Outcomes
Network Design
2
VLAN segmentation, DHCP and DNS services, optimized inter-VLAN
routing.
3
Advantages
Increased security, reliability, and network scalability.