Citas bibligráficas
Alarcon, I., Angeles, D. (2020). Diseño de sistema de emisión de polizas para el seguro vida inversión de una compañía de seguros [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/652810
Alarcon, I., Angeles, D. Diseño de sistema de emisión de polizas para el seguro vida inversión de una compañía de seguros [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2020. http://hdl.handle.net/10757/652810
@misc{renati/391458,
title = "Diseño de sistema de emisión de polizas para el seguro vida inversión de una compañía de seguros",
author = "Angeles Lujan, Daniel",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2020"
}
In this thesis document, we will be able to explain the problems and proposed solutions at the design level of the issuance of policies for Vida Inversion. For confidentiality purposes, we will keep the name of the company in reserve and we will use the pseudonym “Seguros VERDE“ when we want to refer to it. In the first place, the context of the company was analyzed, managing to identify the macroprocesses, visualize their objectives and meet the stakeholders. Once this was done, we identified that the operations management macroprocess has a greater influence on the objectives of the company and the stakeholders, For this reason, we decided to propose a solution on the process of issuing policies for Vida Inversion, since it is carried out from the beginning to the end manually and has an impact on the management of Operations, starting with the search for customer information since it has to Search manually in 5 different databases that the company owns, erratic calculations of premiums and projections in quotes, manual verification of applications, emissions. All this generates a delay in the delivery of a request for a quote to the clients, many times the client ends up giving up the request and / or policies are issued with insurability premiums not favorable to the company. In order to effectively solve the problems described above, we will identify the business rules, the functional and non-functional requirements of the project, allowing us to choose the architectural drivers of the project and thus be able to justify our solution proposal. which allows to automate the processes of the issuance, in order to optimize the delivery times of the requests to the clients, correct calculations of premiums, automatic verifications of emissions, issuance and calculations of automated policy funds. Likewise, through a big data environment we will integrate the 5 databases of the company's customers, thus obtaining a unique customer base, which will allow sales agents to carry out a search effectively and efficiently. Finally, we will lean on the 4c diagram to be able to visualize our architectural solution from a high level of context to make increasingly narrow approaches under container diagrams, components and code diagrams, which will allow us to graphically explain our architectural design.
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