This is a group project (four students in a group) worth 35% of this unit. You are required to use the given packet tracer file for your simulation
HIT274 Project
This is a group project (four students in a group) worth 35% of this unit. You are required to use the given packet tracer file for your simulation and build upon it. In that file, you are given the World Wide Web (WWW) server that simulate the Internet.
Please note:
Each student has to design and build their own network that connects to this WWW server and to your team members network.
You are to come up with a scenario and design the appropriate network based on what you have learnt in this unit. Things to consider are the total number of networks, the size of each network, location of server, the connectivity between your networks such as directly connected due to close proximity or connected via the cloud. Some examples of scenarios are: Network design for a campus with multiple departments or an organisation with multiple branch offices spread across the country.
You must fulfil the following criteria:
Criteria:
Design
The network designed by each student must contain a minimum of 4 wired routers and 6 switches.
There must be a minimum of 10 end devices (e.g. printers, PCs, servers ) in each students design, including at least 1 server with DNS services.
Redundancies must be taken into consideration.
Design should be realistic and shows certain level of complexity.
The network designed by each student should complement one another to meet the needs specified in the scenario.
Routing
Appropriate routing protocols have been configured to allow connectivity among the various networks
Default static route has been configured appropriately and correctly
Wireless
Wireless LAN must be included in your design, with at least 3 wireless devices.
There must be connectivity between the wireless devices and wired devices.
Security
Security must be considered and implemented in your design.
This include securing your switches, routers and wireless devices
IP Addressing
Your network must allow both IPv6 and IPv4 communication.
Appropriate IP addressing schemes must be considered for your design. VLSM to be used for IPv4.
Get the IP address from the lecturer once your group has been formed. Each group will have different IP addresses.
Connectivity
You must be able to connect to your team members IPv4 and IPv6 networks.
You must connect to the WWW server and enable devices in your network to connect to the WWW server.
Refer to the marking rubric for more details.
Submission:
Packet Tracer File (20 marks) rename the packet tracer file to your group number
Report (15 marks) 1000 words per student
Only 1 submission (packet tracer file and report) per group
Place note in packet tracer for any usernames or passwords used in your devices
Timeline:
Week Tasks Due
3 Group forming and setup
*You will be randomly allocated to a group if you did not form your own group Lecture time
4 11 Working on the project -
12 Submission Friday, week 12
Report Format:
Cover page
Content page
Introduction
Background (introduce your scenario)
Aim
Design
Overall Layout (specify clearly the contribution of each student)
Redundancies
Routing
Wireless
Security
IP Addressing
Connectivity (You must demonstrate connectivity using appropriate screenshots)
Conclusion and Further Work
