Introduction of the organisation and the network requirements




i) Background 

    An increase in computer network users at the renowned technical institution UTeM in Melaka, Malaysia, forced them to revamp their network architecture. The current network confronts difficulties such constrained bandwidth, ageing hardware, scalability problems, and insufficient security. The project's goals are to improve network administration, facilitate seamless cooperation, boost security, expand bandwidth capacity, and improve network performance for UTeM's Main Campus and its 10 subnetworks.


ii) Business operations 

    The business operations of UTeM include the management of academic programmes at various levels as well as the redesign of the networking infrastructure to meet the growing number of users. As a Senior Network Engineer include reviewing and upgrading the network, maintaining security and performance, promoting cooperation and communication, and assisting with research and development activities. These operations seek to improve connection and innovation at UTeM while also ensuring effective education delivery.


iii) The network needs of the organisation

Network needs of UTeM include :

Scalability : the capacity to accommodate an increasing number of network users.

Reliability : ensuring continuous connectivity with little downtime.

Performance: high-speed and low-latency connections are provided.

Security : the protection of sensitive information and the defence against cyber attacks.

Flexibility: supporting various departmental demands as well as future technological improvements.

Management and monitoring : effective network administration and proactive problem response.

Collaboration and Communication: facilitating user cooperation and communication.

Research support : providing specialised assistance for research activity.






Comments

Post a Comment

Popular posts from this blog

Software for Network Diagrams

Image
Figure 1 Packet Tracer Software that being used in the project : Packet Tracer Description       Packet Tracer is a network simulation and visualization tool developed by Cisco Systems. It is widely used for designing, configuring, and troubleshooting computer networks. It provides a virtual environment where users can create network topologies and simulate network behavior.       Packet Tracer offers a wide range of network devices such as routers, switches, hubs, firewalls, access points, and end devices like PCs, laptops, servers, and phones. These devices can be dragged and dropped onto the workspace to create a network topology.      With Packet Tracer, you can design complex network topologies by connecting devices using various types of network cables. You can create LANs, WANs, VLANs, and wireless networks. The tool supports both physical and logical connections between devices.      Packet Tracer allows you to configu...
Read more

LAN network design and infrastructure of UTeM’s network connecting Computer Centre to the 10 subnetworks

Image
i) Networking devices   The network devices that we will be using will consist of 5 routers and multiple switches.  The network will be separated into the networks.   1st router - Computer Centre (main network) 2nd router - FTMK (Subnet 1) 3rd router - Canselory (Subnet 2) 4th router - FKE, FKEKK, FKM, FKP (Subnet 3 - 6) 5th router - Post Grad, Registrar, Library, Sport (Subnet 7 - 10) The suggested total number of network devices used to create the network designs are: 5 Core Layer Switches 5 Distribution Layer Switches 17 Access Layer Switches 4 Routers This is not taking into account the network devices used for the Computer Center which will be in its own separate post. ii) Topology This is the main topology of the network. Every router will connect back to Computer Centre and in turn will connect to the ISP. The reason we gave FTMK its own separate router is because of the large amount of PCs used. Canselory will also have its own separate router for security re...
Read more