NETW202 Course Project

NETW202 Course Project

Overall instructions – Create a Word document that includes:

• a network diagram using Visio,
• an IPv4 subnettedaddressing table,
• a set of configuration listings (one per device configured),
• a selection of diagnostic and discovery commands, and
• a short, written summary answering the questions listed below. Be sure to verify spelling.

Specific directions:

1. This project is to be done individually.
2. Read through this entire assignment.
3. Start with a cover page:  Include your name, course number, instructor name(s), date.
4. Start a new page.
5. Use Visio* to draw a small Local Area Network that consists of one router – with three interface, three switches – one connected to each router interface, and three PCs – each connected to one of the switches.  This is the basic layout:

Router

|                              |                       |

Switch1Switch2          Switch 3

|                       |                       |

PC 1                PC 2                PC 3

1. Copy and paste your diagram on the second page of your Word document.

*Visio is accessible through iLab or via a free download from the Student Software Store

 

 

Continued next page…

1. Start a new page.
2. NOTICE! YOU ARE NOT TO USE THE AUTOMATED SETUP UTILITY FOR ANY OF THE CONFIGURATION PROCESSES!
3. Create an IPv4 addressing scheme with subnets and VLANS for each of the three Router interfaces.
   1. Use a publicclass C address of your choosing.
   2. Subdivide (subnet) it into equal parts to support the 3 network segments. DO NOT USE THREE SEPARATE CLASS C ADDRESSES.
   3. Add one VLAN to each subnet.
4. Complete Table 1 below according to your addressing and subnetting scheme. Copy the completed table into your report.

Table 1: Addressing Scheme

Device	Interface	IP Address	Subnet Mask	Default Gateway
R1	G0/1
	G0/2
	G0/3
S1	VLAN 15
S2	VLAN 25
S3	VLAN 35
PC-1	Ethernet 1
PC-2	Ethernet 1
PC-3	Ethernet 1

 

 

 

Continued next page…

Combine all previous work (with corrections) into one document and then add the remaining aspects of this project as follows:

1. Start a new page.
2. NOTICE! YOU ARE NOT TO USE THE AUTOMATED SETUP UTILITY FOR ANY OF THE CONFIGURATION PROCESSES!
3. For each of your seven devices, list allrequired commands needed to achieve a completely functional network. Include the followingfor each device:
   1. Using Table 1 as a reference, for each device list the proper command-line syntax to:
      1. Create the assigned name for the routers and switches. For example:

Router(config)#hostname R1

1. 1. 1. Create secure passwords at all levels (privilege mode, console, and vty) for the routers and switches. For example:

R1(config)#enable secret Password123

1. 1. 1. Assign the proper IP addresses with their correct subnet masks and default gateways. For example:

R1(config-int)#ip address 10.10.10.1 255.255.255.0

1. 1. 1. CreatetheVLANmanagement address for each switch with their correct subnetmasks and default gateways. Refer to the table for the specific management VLAN designator.
      2. Additionally, configure SSH on the router for security purposes.
2. Start a new page.
3. Write out the full command line syntax to:
   1. Save the configurations for each network device (PCs excluded).For example:

S2#copy running-config startup-config

1. 1. Verify connectivity from one PC through the network to the other PC (use two different commands to do this).
   2. Display the saved configuration of the devices (PCs excluded).
   3. Display the routing table on the router.

Remember!  Someoneshould be able to interconnect and configure all of the network devices using your diagrams and instruction scripts and have a fully functional network.

Continued next page…

1. Start a new page.
2. Answer the following questions:
   1. What part of this project was the most difficult and why?
   2. Do you feel more confident in your ability to actually build this kind of a network having completed this project? Why or why not?

Grading Rubric:

Category	Points	%	Description
Diagram	20	20	Visio diagram pasted into a Word document
Addressing Scheme	20	20	Develop an addressing scheme using a subnetted class c public address block of your choosing
Configurations and Commands	40	40	Configuration scripts for each device with additional diagnostic and discovery commands as specified
Question Responses	10	10	Short answer responses to the provided questions
Quality Work/Overall Appearance	10	10	Professional look and feel
Total	100	100	A quality paper will meet or exceed all of the above requirements.