Ingeniería en Sistemas, Electrónica e Industrial

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Start date: 2020Subject: search.filters.subject.GESTIÓN DE MANTENIMIENTO

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    Plan de mantenimiento aplicando la metodología (RCM) para el área de producción de Cepolfi Industrial C.A.
    (Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera de Ingeniería Industrial, 2025-02) Carrera Zurita Karen Mayté; Urrutia Urrutia Fernando
    The main objective of this research was to propose a maintenance plan applying the RCM methodology for the production area of the company Cepolfi Industrial C.A. An analysis and coding of the equipment and machinery in the production area of the company was carried out, which was made up of 3 digits, the first corresponding to the production plant, the second digit to the area where the equipment is located, and the third digit belonged to the initials and numbering of each of the machines, following the guidelines of the ISO 14224 standard. Subsequently, failure modes and effects matrices (FMEA) were made, in which the components of each machinery and equipment are broken down, with the respective failures that occur, after which the IRP (Risk Priority Index) was calculated by multiplying the severity index (G), by the occurrence index (O) and the detectability (D), which according to NTP 679, if the value is greater than 100 the risk is considered high. Similarly, the decision matrices of each machinery of the Cepolfi company were created based on the weighted factor method, considering 5 factors, the priority for the operation of the machine (P), the implementation cost (C), the technical feasibility (F), the scope (A), and the available resources (R), each of these factors were scored as 1 = Low, 2 = Medium Low, 3 = Medium, 4 = Medium High and 5 = High, this helped in the selection of the most relevant maintenance tasks for each equipment and machinery. With the previously developed procedures, the predictive maintenance plan based on RCM was developed, focused on the identification of key components, fault prioritization, definition of specific protocols, selection of tasks based on decision matrices. Finally, the maintenance schedule was included with a one-year projection, using color scales with their respective frequency of performance, which becomes a tool to organize, plan and optimize the management of predictive maintenance, with the purpose of increasing production, preventing unforeseen stoppages.
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    Aplicación móvil con geolocalización para el reporte ciudadano de daños en la infraestructura urbana de la ciudad de Ambato.
    (Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera de Tecnologías de la Información, 2024-02) Rivera Rivera, Deybi Paul; Ibarra Torres, Oscar Fernando
    Mobile applications are positioned as powerful tools to strengthen citizen participation and optimise urban infrastructure management. This research project focuses on improving the management of urban infrastructure maintenance in Ambato through the implementation of a mobile application with geolocation for citizen damage reporting, developed with the Flutter framework. The Mobile-D methodology, adopted in this project, has facilitated the efficient development of the application, allowing the creation of a highly effective tool. The choice of the Flutter framework has been key to ensure a smooth user experience and efficient implementation. The mobile application will enable citizens to efficiently and accurately report damage to urban infrastructure, speeding up the identification and resolution of problems by local authorities. This comprehensive approach will significantly improve maintenance management, ensuring an infrastructure in optimal condition for a safer and more liveable city. The careful determination of the development tools ensures a user-friendly application, simplifying the damage reporting process for citizens. The Mobile-D methodology has enabled the project requirements to be met in a timely manner, ensuring a successful implementation. In summary, this project proposes the implementation of a mobile application for citizen damage reporting in Ambato, supported by the Mobile-D methodology and developed with the Flutter framework. This combination ensures efficiency in maintenance management, contributing significantly to a safer and more pleasant city. Keywords: Urban