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2022/2023

Uploaded on 12/28/2023

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Assignment: Network Design and Configuration
Date Issued: ___,____, 2023
Due date: ___,____, 2023
Group work: You may choose to work in groups of no more than 4 members
Submission: Packet tracer project file complete with all startup config scripts.
In this assignment you will be designing and configuring a network for a university
environment, which has been allocated 123.45.0.0/16 IP address space. There are two
faculties namely Faculty of Computing and Software Engineering and Faculty of
Electrical Engineering. Each faculty has two subnets; staff subnet and student subnet.
Part 1
Divide the allocated address space between faculty subnets such that the staff subnet in
each faculty gets 256 IP addresses and the student subnet in each faculty gets 512 IP
addresses (inclusive of network and broadcast address). In other words, each faculty
gets 256 + 512 = 768 IP addresses. Be sure to avoid addressing conflicts with other
existing subnets such as subnet linking routers (Fig. 1)
Part 2
Construct the following network topology in packet tracer simulator. Ensure that all the
hostnames and network addresses are well labeled. Use Cisco 3725 routers.
Fig. 1. Network design
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Assignment: Network Design and Configuration

Date Issued: ___,____, 2023 Due date: ___,____, 2023 Group work: You may choose to work in groups of no more than 4 members Submission: Packet tracer project file complete with all startup config scripts.

In this assignment you will be designing and configuring a network for a university

environment, which has been allocated 123.45.0.0/16 IP address space. There are two

faculties namely Faculty of Computing and Software Engineering and Faculty of

Electrical Engineering. Each faculty has two subnets; staff subnet and student subnet.

Part 1

Divide the allocated address space between faculty subnets such that the staff subnet in

each faculty gets 256 IP addresses and the student subnet in each faculty gets 512 IP

addresses (inclusive of network and broadcast address). In other words, each faculty

gets 256 + 512 = 768 IP addresses. Be sure to avoid addressing conflicts with other

existing subnets such as subnet linking routers (Fig. 1)

Part 2

Construct the following network topology in packet tracer simulator. Ensure that all the

hostnames and network addresses are well labeled. Use Cisco 3725 routers.

Fig. 1. Network design

Part 3

Configure all the routers using the assigned hostnames and IP address. Configure the routers to use RIP to automatically update the routing tables. You should be able to ping the Default Gateway from Router02 and Router03. [Hint Use RIP version 2 with no auto-summary]

Part 4

Setup Virtual PC (VPC) in each of the three subnets as shown above. The virtual PC’s provide lightweight PC environment to execute tools such as ping, and trace route. Each VPC should be able to ping the others.

Part 5

The staff subnet in each faculty will be hosting services meant for access by university staff only. Configure the access control list (ACL) on Router02 and Router03 such that any traffic from the student subnets is blocked from entering the staff subnets. Traffic to and from other subnets should pass through. Pinging FA1 (VPC in the Faculty of Arts staff subnet) from FAS1 (VPC in the Faculty of Arts student subnet) should fail. Likewise pinging FS1 (VPC in the Faculty of Science staff subnet) from FAS1 (VPC in the Faculty of Arts student subnet) should fail. On the other hand, you should succeed in pinging the Default Gateway from any PC on any subnet. Execute trace route (tracert 123.45.250.1) command on FA1 and FSS1. Paste the results next to the respective subnet on your network topology Part 6 (Optional – Bonus mark) Configure DHCP services on Router02 and Router03 such that the all VPCs can get IP addresses dynamically assigned.