solve it please

solve it please
Computer and Information System Coursework Assessment 202210 Course CIS 1103 – Hardware and Networking Assessment Method Project Date of Assessment Presentation & Viva: Week 14 Duration Submission: Week 13 Max Mark Percentage of Final Grade 25% Instructions to Students Each student is expected to work hard to finish the project. This is a group project. Each group consists of 3 to 4 students. Academic Honesty Statement In accordance with HCT policy LP201- Academic Honesty Students are required to refrain from all forms of academic dishonesty as defined and explained in HCT procedures and directions from HCT personnel. A student found guilty of having committed acts of academic dishonesty may be subject to one or more of the disciplinary measures as outlined in Article 33 of the Student and Academic Regulations. إفادة الأمانة الأكاديمية وفقًا لسياسة كليات التقنية العليا – LP201 الأمانة الأكاديمية يُطلب من الطلبة الامتناع عن كافة أشكال سوء الأمانة الأكاديمية، كما هو مبيّن وموضح في السياسات والإجراءات الخاصة بكليات التقنية العليا، والتوجيهات الصادرة من موظفي الكليات. في حالة ارتكاب الطالب أي شكل من أشكال سوء الأمانة الأكاديمية سوف يتعرض الى واحد أو أكثر من التدابير التأديبية على النحو المبين في المادة 33 من الأنظمة الأكاديمية. Signature: _________________ This assessment will assess the following Course learning outcomes: Course CLOs CLO2 CLO3 CLO4 Task No Marks Student HCT ID: Student Name: Student HCT ID: Student Name: Student HCT ID: Student Name: Student HCT ID: Student Name: Objectives Understand the steps involved in planning and implementing a technical solution for a small business. Gather relevant information to help plan a technical solution to a problem. Plan a technical solution for a medium size network environment. Prototype a proposed technical solution using Packet Tracer. Plan the installation of a technical solution for a medium business environment. Prepare and present a technical report to a diverse group. Configure a Wire and Wireless LAN to support the requirements of a small business environment. Instructions Please read the following instructions: The weight of the Project is 25%. Project should be finished, submitted and presented no later than Week 14 ( ). Your project report should reflect your virtual network design (using Packet Tracer) Your project report should be descriptive and arranged in a neat, readable and understandable format. Check your report against grammatical language errors before submission. It will be expected from all the members of the group to have equal input in the project. Project Tasks Select an Organization and assume that your chosen organization consisting of three departments. Each department will have its own LAN with different network IP address. Your task is to design and configure these three LANs. Communications should be possible between the three LANs which should be connected to the same router as well as communication with other LANs on the Internet. Configure DHCP server in each LAN so that the hosts receive dynamic IP address rather than static IP address, except for the servers and peripheral devices such as printers which should be assigned static IP addresses. Task 1: Department 1 – LAN 1 As a network administrator, you may be asked to help develop a technology plan by gathering data and researching options. This kind of work requires a good understanding of all seven layers of the OSI model, and it might involve collecting the following information: Hardware components needed such as local Servers, workstations, printers, and copiers, etc. Software resources that are used by end-users. Fill the information gathered on Table 1 below. Hardware Purpose Cost Website URL link Network Purpose Cost Website URL link Software Purpose Cost Website URL link Hosted Services Purpose Cost Website URL link Technology Budget Total Table 1: Technology Plan Task2: Network Diagram 2.1 On your diagram, label the endpoint devices such as servers, workstations, and printers. Also label the intermediate devices used to connect other devices, such as switches and routers. You need to use a network-diagramming software such as Microsoft Visio to diagram the network, or you can use the free app.diagrams.net. Figure 1: Network Diagram 2.2 Explain the physical media connecting the network components. Task 3: Calculate Network IPv4 addresses Fill Table 2 to show the number of end devices each LAN should be able to support, allowing for 25% growth. Follow these steps to fill in Table 2: In the third column, assign the network addresses. Organize the network addresses beginning with the LAN supporting the most devices to the LAN with the fewest devices. In the fourth column, identify the broadcast address for each of the three LANs. In the fifth column, calculate the maximum number of hosts for each LAN, remembering to subtract the network address and broadcast address. LAN Number of devices Network Address/Prefix Broadcast address Maximum number of available hosts Department 1 Department 2 Department 3 Table 2: Network Addresses Task 4: Identify Host Addresses In Table 3, follow the steps to identify the IP address range for each LAN you identified in Task 3: In the second column, list the first available host IP address a device can use on the subnet. In the third column, identify the last available host IP address a device can use on the subnet. In the last column, list the subnet mask for each subnet. LAN First available host Last available host Subnet mask Department 1 Department 2 Department 3 Table 3: Host Addresses Task 5: Determine Scope Options In Table 4, list the information the network admin will need when configuring the LANs, including the DHCP range, subnet mask, default gateway, and number of DHCP addresses. For each LAN, take the following into consideration: The Staff LAN requires many statically assigned IP addresses to allow for servers, printers, and other network devices. Assign the default gateway the first usable host IP address. In each LAN, assign the default gateway the first usable host IP address. LAN DHCP range Subnet mask Default gateway Number of DHCP addresses Department 1 Department 2 Department 3 Table 4: DHCP Configuration Task6: Explore TCP/IP Settings Client-server applications use ports to address each other. List the port assignments for some common applications in your network in table 5. Port Protocol and App Description Table 5: Common Applications Ports Task 7: Wireless Configurations You should consider the following security settings: SSID (organization name) Security mode (to the most secured option) Any other security measures. Wireless Solution Configuration Table 6: Wireless Solution Configuration Task 8: Connectivity verification and troubleshooting process Document connectivity verification and troubleshooting process as follows: Connectivity inside each LAN Connectivity between the different LANs Group submissions Project reports (MS Word) (Font 12 Arial). Name the file as CIS 1103 Project 202110-Your Names – Your IDs and Section (30%) Project Configurations (Packet Tracer File). Name the file as CIS 1103 Project 202110-Your Names – Your IDs and Section. (20%) Individual submissions Project PresentationOral (50%) Report (30%) Task 1- Technology Plan /2 Component Name Purpose Cost (website URL link of the hardware) Total price Task 2 – Network Diagram /2 Types of cabling (for example, Cat5 or fiber for the network backbone) Labeling Infrastructure devices such as switches, routers, wireless access points, etc Task 3 – Network IPv4 addresses /6 Department 1 IPv4 addresses for each LAN is identified Number of devices in each LAN Broadcast Address Maximum number of available hosts Department 2 Department 3 2 2 Task 4: Host Addresses /4.5 Department 1 Wireless Connection First available host Last available host Subnet mask Department 2 Department 3 1.5 1.5 1.5 Task 5: Determine Scope Options /7.5 Department 1 Wireless Connection DHCP Server static IP Address and subnet mask DHCP Pool Name DHCP Pool Starting IP address DHCP Pool Size Default Gateway IP Address Department 2 Department 3 2.5 2.5 2.5 Task 6: Common Applications Ports /2 Common Applications Ports (at least 3 applications) Task 7: Wireless Network /2 SSID (organization name) Security mode (to the most secured option) Document connectivity verification and troubleshooting process /4 Connectivity inside each LAN Connectivity between the different LANs Total 30 Network Configuration (20%) Setup the network topology /3 Types of cabling (for example, Cat5 or fiber for the network backbone) Labeling Infrastructure devices such as switches, routers, wireless access points, etc Configure network devices /6 Router Interfaces for: LAN1 LAN2 LAN3 2 2 Configure end devices /3 End Device Configuration in each LAN (at least three end devices) LAN1 LAN2 LAN3 1 1 Configure DHCP Servers /6 LAN1 LAN2 LAN3 2 2 Configure Wireless Network /2 SSID (organization name) Security mode (to the most secured option) Total 20 Oral defense (50%) Configuration Walkthrough and Demonstration /15 Collaboration /5 Follow-up questions and discussion /30 Total 50 Page 0 of 9