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| 5.92 MB | Adobe PDF |
Advisor(s)
Abstract(s)
Este documento explicita o processo de conceptualização e desenvolvimento da versão Minimum Valuable Product (MVP) de um sistema Computerized Physician Order Entry (CPOE), para ser incluído na aplicação hospitalar Viewer, da Glintt-HS. Estes sistemas representam soluções agregadoras de diferentes fontes de informação, permitindo centralizar os pedidos médicos de diferentes áreas. Dado que não seria concretizável incidir em várias áreas hospitalares para o âmbito desta dissertação, este CPOE foca-se unicamente na área de monitorização de sinais vitais. Esta é uma área em crescimento, onde se identificou e selecionou o projeto Wireless biOmonitoring stickers and smart bed architecture: toWards untethered patients, para impulsionar esta versão MVP. Sinteticamente, o projeto envolve a utilização de dispositivos de monitorização sem fios e aderentes à pele para realizar monitorizações. Assim, esta dissertação responde à hipótese de conceptualização de um CPOE que permita a gestão transversal à área de monitorização de sinais vitais, gerindo corretamente todos os pedidos do profissional de saúde. Esta hipótese acrescenta valor ao estado da arte, inovando e oferecendo uma abordagem diferenciadora, através da adição da área de monitorização de sinais vitais a um sistema CPOE, que habitualmente inclui apenas as áreas de imagiologia, laboratório e farmácia. Para resolver este problema foi selecionada a metodologia Design Science Research Methodology (DSRM), de forma o obter os resultados esperados, ou seja, um software que permita associar os dispositivos a pacientes, criar pedidos de monitorização com recorrência temporal e consultar os resultados das monitorizações efetuadas. Tudo isto, com um alto grau de qualidade, usabilidade e suportabilidade. Desta forma, é efetuado o levantamento do estado da arte, com vista a expandir o conhecimento da área de negócio e perceber o que o mercado oferece. É feito ainda o levantamento de requisitos e documentado todo o processo de conceptualização da solução. Finalmente, é evidenciado o seu desenvolvimento, sendo posteriormente avaliado. No final conclui-se que a solução atingiu as expetativas, cumprindo a hipótese, os objetivos e os requisitos definidos.
This document explains the conceptualization and development process of the Minimum Valuable Product (MVP) version of a Computerized Physician Order Entry (CPOE) system, to be included in Viewer hospital application, of Glintt-HS. These systems represent solutions that aggregate different sources of information, allowing the centralization of medical orders from different areas. Since it would not be feasible to focus on several hospital areas for the scope of this dissertation, this CPOE focuses solely on the vital signs monitoring area. This is a growing area, where the project Wireless biOmonitoring stickers and smart bed architecture: toWards untethered patients was identified and selected to drive this MVP version. Briefly, the project involves the use of wireless, skin-tethered monitoring devices to perform monitoring. Thus, this dissertation answers the hypothesis of conceptualizing a CPOE that allows the transversal management of the vital signs monitoring area, correctly managing all requests from the healthcare professional. This hypothesis adds value to the state of the art, innovating and offering a differentiating approach by adding the vital signs monitoring area to a CPOE system, which usually only includes the medical imaging, laboratory, and pharmacy areas. To solve this problem, the Design Science Research Methodology (DSRM) was selected, to obtain the expected results, i.e., a software that allows the association of devices to patients, the creation of monitoring requests with temporal recurrence and consultation of monitoring results. All this, with a high degree of quality, usability, and supportability. Thus, the state of the art is studied to expand the knowledge of the business area and understand what the market offers. The requirements are specified and the whole process of conceptualization of the solution is documented. Finally, the development is evidenced and then evaluated. In the end it was concluded that the solution met expectations, fulfilling the hypothesis, objectives and requirements defined.
This document explains the conceptualization and development process of the Minimum Valuable Product (MVP) version of a Computerized Physician Order Entry (CPOE) system, to be included in Viewer hospital application, of Glintt-HS. These systems represent solutions that aggregate different sources of information, allowing the centralization of medical orders from different areas. Since it would not be feasible to focus on several hospital areas for the scope of this dissertation, this CPOE focuses solely on the vital signs monitoring area. This is a growing area, where the project Wireless biOmonitoring stickers and smart bed architecture: toWards untethered patients was identified and selected to drive this MVP version. Briefly, the project involves the use of wireless, skin-tethered monitoring devices to perform monitoring. Thus, this dissertation answers the hypothesis of conceptualizing a CPOE that allows the transversal management of the vital signs monitoring area, correctly managing all requests from the healthcare professional. This hypothesis adds value to the state of the art, innovating and offering a differentiating approach by adding the vital signs monitoring area to a CPOE system, which usually only includes the medical imaging, laboratory, and pharmacy areas. To solve this problem, the Design Science Research Methodology (DSRM) was selected, to obtain the expected results, i.e., a software that allows the association of devices to patients, the creation of monitoring requests with temporal recurrence and consultation of monitoring results. All this, with a high degree of quality, usability, and supportability. Thus, the state of the art is studied to expand the knowledge of the business area and understand what the market offers. The requirements are specified and the whole process of conceptualization of the solution is documented. Finally, the development is evidenced and then evaluated. In the end it was concluded that the solution met expectations, fulfilling the hypothesis, objectives and requirements defined.
Description
Keywords
Computerized Provided Order Entry Monitorização Sinais Vitais Wireless biOmonitoring stickers Smart bed architecture toWards untethered patients