Wednesday, May 6, 2020

Case Study for Signed - Sealed and Delivered- MyAssignmenthelp

Question: Discuss about theCase Study for Signed, Sealed and Delivered. Answer: Feasibility Analysis Technical Feasibility It is analyzed that the project is technically feasible as the system design that it provided by the company in the initiation phase helps in meeting the needs of the customers. The organization wants to incorporate several features into the website so that the customers can easily provide their information, can print bills and can achieve information about the status of the project. For this various types of software, hardware is required which can be utilized in the project at an affordable price. The authentication risk that is associated with the system is managed by providing proper authentication to the system. The technological changes that are present in the service delivery is measured as well as estimated properly. Economic Feasibility It is identified that the entire project is completed within the budget that is estimated by the project manager at the initiation phase of the project. The project utilizes the resources properly, allocates them appropriately, follows the scope of the project and thus became successful in completing the entire project within the budget that they have forecasted. It helps in reflecting that the project is economically feasible. Operational Feasibility It is identified that the proposed project must be able to solve the problem of the Signed, Sealed, Delivered Company. With the incorporation of new feature in the website, the customers can login into the website which helps them the facility to provide information about each package that include deliver to, size, weight, address and more. The system also helps in providing tracking facility so that the customers can track the status of their packages. The system provides billing facility so that the customers can easily pay online and print their receipt with the help of this facility. This reflects that the system is operationally feasible as it helps in solving the complexity that the business faces. Requirement Analysis Functional Specification The functional requirements of the project include: Log-in facility: The website must provide log in facility to the customers so that they can enter in the webpage that helps in allowing them to enter appropriate information about each package that include deliver to, addresses, weight, size, type of service as well as category of information. Tracking feature: Tracking feature must be provided so that the customers can track their status at any time. It will be easier for them as it helps in providing information about the status of the delivery. Scheduling immediate pick up facility: The system must have the ability to schedule the immediate pick up depending on the types of service that is requested by the customers and on the proximity of the truck. Verification facility: The system must be able to verify the information that is provided during the ordering of the delivery so that the packages will be delivered to the right place. Billing facility: The system must provide billing facility so that the customers can easily pay online and print their receipt with the help of this facility. Authentication: The system must provide proper authentication so that the personal details of the customers must not be misused by other. Non-Functional Specification The various types of non-functional requirements include: Reliability: The system must be reliable so that proper packages should be delivered in time. Usability: The system must provide appropriate usability so that the customers are happy after utilizing the system. Proper maintenance: Time must be maintained properly in order to deliver the packages in proper time for providing effective services to the customers. Security: Proper security must be provided so that the personal information of the customers must be authenticated appropriately. Project Constraints The constraints of the project include: Scope: The scope of the project must be descriptive enough so that the project managers can properly complete the project according to it. If the project scope is not clear then the project managers will face problem in completing the entire project within the assumed data time as well as budget. Cost: The entire project must be completed within the cost that is estimated. If the project managers are unable to complete the project in the estimated cost then the organization will face financial crisis. Schedule: The activities of the project must be completed as per the project schedule. If the project managers are unable to complete the project according to the schedule then they will face number of problem in completing the entire project on time. Work Break Down Structure Figure 1: Work Breakdown Structure (Source: Created by Author) References Dusonchet, L., Zizzo, G., Favuzza, S., Massaro, F., La Cascia, D. and La Cascia, D., 2016. Feasibility analysis and study of a grid-connected hybrid electric system: Application in the building sector. He, W., 2014. A framework of combining case?based reasoning with a work breakdown structure for estimating the cost of online course production projects.British Journal of Educational Technology,45(4), pp.595-605. Kolisch, R., 2013.Project scheduling under resource constraints: efficient heuristics for several problem classes. Springer Science Business Media. Piaget, J., Inhelder, B. and Piaget, J., 2013.The growth of logical thinking from childhood to adolescence: An essay on the construction of formal operational structures(Vol. 84). Routledge. Song, Z., Hofmann, H., Li, J., Hou, J., Zhang, X. and Ouyang, M., 2015. The optimization of a hybrid energy storage system at subzero temperatures: Energy management strategy design and battery heating requirement analysis.Applied Energy,159, pp.576-588. Tomlinson, R. and Kiss, I. eds., 2013.Rethinking the process of operational research systems analysis. Elsevier. Yang, C., Wang, T., Li, Y., Yang, H., Li, J., Xu, B., Yang, Y. and Daemen, J.J.K., 2015. Feasibility analysis of using abandoned salt caverns for large-scale underground energy storage in China.Applied Energy,137, pp.467-481.

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