Now is the time to use what you have learned in a practical application.

Your success with your previous network designs have not gone unnoticed. You have now been approached by a client with a much more interesting network $--$ one that will require an Autonomous System and your own IGP.

The client has asked you to provide your concept for this network in Packet Tracer to prove you are up to the task.

You are to configure a network for a business with the following criteria:

gateway router is in building $4$

$\backslash$table$[[$Manufacturing Department,$200$ Hosts$],[$Design Department,$100$ Hosts$],[$Business Operations Dept.,$50$ Hosts$],[$Sales Department,$45$ Hosts$],[$Tech Support,$22$ Hosts$],[$Vendor Partners,$20$ Hosts$],[$Management$,5$ Hosts$],[$IT$,5$ Hosts$]]$

This is a campus$-$style facility with $4$ buildings on a $20$ square$-$acre parcel with the buildings in the $4$ corners of the parcel. Manufacturing in building $1,$ Design and Tech Support in building $2,$ Business and Sales in building $3$ and Management, IT and Vendor Partners in building $4.$ The

For the purpose of this problem, you are on an internal network $($behind the gateway router$)$ so you do not have to specifically address turning on NAT, however, the concept should be a part of your design considerations

DHCP:

Since configuring DHCP is beyond the scope of this course, I cannot require you to do it$.$ However, if you would like to$,$ you can ask me for a run sheet with a DHCP configuration and you should know enough at this point to extrapolate the design into your network. If you do this, it is worth Extra Credit