Ingeniería en Sistemas, Electrónica e Industrial

URI permanente para esta comunidadhttp://repositorio.uta.edu.ec/handle/123456789/1

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2022 - 20264

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Tema: search.filters.subject.LABORATORIO

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  • Miniatura
    Item type:Ítem,
    Diseño de un sistema de gestión según la Norma Iso/Iec 17025:2018 para el laboratorio de control de calidad de agua potable del Gad Pelileo
    (Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas Electrónica e Industrial. Carrera de Ingeniería Industrial., 2026-01)
    Lucas Loor, Angie Elizabeth
    ;
    Ureña Aguirre, Jeanette del Pilar
    ;
    Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas Electrónica e Industrial. Carrera de Ingeniería Industrial.
    The reliability of the results issued by quality control laboratories is essential for protecting public health and ensuring proper water resource management. To guarantee this reliability, implementing a management system under the NTE INEN-ISO/IEC 17025:2018 standard is an effective strategy for standardizing laboratory activities and ensuring the quality of tests and calibrations. Therefore, the objective of this research was to design a quality management system aligned with the requirements established by the standard for the GAD Pelileo Drinking Water Quality Control Laboratory. This study was developed using a bibliographic, applied, and field approach. The applied research allowed procedures and records to be structured according to the requirements of the standard; the document review facilitated the regulatory analysis and the development of the theoretical framework; and the fieldwork facilitated the assessment of the laboratory's initial situation. The initial diagnosis was based on the SAE self-assessment questionnaire, which considers the requirements of NTE INEN – ISO/IEC 17025:2018, as well as the identification of the laboratory's current processes and operational needs. Based on the results obtained, a quality manual, procedures manual, process characterization, risk matrix, and process map were designed, comprising a total of 9 processes and 26 procedures, which establish the necessary guidelines to improve the technical competence of the laboratory in line with the requirements established by the standard.
  • Miniatura
    Item type:Ítem,
    Laboratorio de red GPON de planta externa bajo normativas de CNT para la FISEI
    (2025-07)
    Guerra Carrillo Carlos Alexis
    ;
    Pallo Noroña Juan Pablo
    ;
    Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera de Telecomunicaciones
    In recent years, optical connection networks have gained significant importance in the progress of telecommunications, especially with the expansion of broadband, IPTV, and fiber-optic telephony services. In Ecuador, the National Telecommunications Corporation (CNT) has spearheaded the shift toward GPON (Gigabit-capable Passive Optical Network) technologies as the standard for FTTH networks, improving efficiency and transmission capacity in the last mile. However, a disparity persists between the technological progress of the sector and the existing academic infrastructure for training qualified professionals in this type of network. In this context, FISEI needs a practical environment that enables its students to acquire specific skills in the design, assembly, and maintenance of passive optical networks. This project proposes the implementation of an external GPON network laboratory for FISEI, based on CNT technical regulations and adapted to the academic context. The project began with an analysis of the current infrastructure, determining that the designated space lacked the equipment required for fiber optic practicals. Therefore, an environment was created that mimics the actual implementation of an FTTH network, including 1.90 m metal poles, IP68 NAP boxes, 1x8 splitters, ADSS cable, fusion splices, and optical rosettes. The technical design was complemented by OTDR measurements, achieving losses that remained within the acceptable range (–14.3 to –17.8 dBm), which corroborated the quality of the implementation. To ensure the laboratory's pedagogical use, organized teaching manuals were created that enable students to perform practical exercises on linking, installation, measurement, and testing of optical links. The laboratory is incorporated across disciplines such as Optical Communications, Data Networks, and Switching and Routing. With this project, FISEI strengthens its technological infrastructure and meets the demands of the productive sector, training highly competent professionals in current and developing optical technologies.
  • Miniatura
    Item type:Ítem,
    Diseño de un sistema de gestión en base a la orma NTE INEN-ISO/IEC 17025:2018 para el laboratorio de control de calidad en la empresa Holviplas S.A.
    (Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera de Ingeniería Industrial, 2025-02)
    Tamayo Mejia Kevin Alejandro
    ;
    Ureña Aguirre Jeanette del Pilar
    Nowadays, laboratories must guarantee the reliability of their test results to ensure product quality. An effective way to achieve this is to implement a management system based on the NTE INEN-ISO/IEC 17025:2018 standard. The objective of this degree work was to design a management system aligned to this standard for the quality control laboratory of HOLVIPLAS S.A., which allowed managing the activities and assuring the tests. The project is based on applied, documentary and field research; it is applied because the processes necessary to standardize the activities were documented; documentary, because the bibliographic information was systematized for the diagnosis and development of the project; and field research, due to the direct collection of information by the researcher. The process began with the identification of the problem and the definition of the objectives, followed by the investigation of the normative and theoretical bases for the design of the system. In the initial analysis, the compliance self-assessment questionnaire provided by SAE, in accordance with NTE INEN-ISO/IEC 17025:2018, was used, along with general laboratory information, which provided a basis for the project proposal. Finally, a quality manual, process map, procedures manual, risk management matrix and process characterization were developed, comprising 9 processes and 30 procedures, which made it possible to comply with the requirements established in the standard.
  • Miniatura
    Item type:Ítem,
    Diseño de un sistema de gestión basado en la norma ISO/IEC 17025:2017 para el laboratorio de higiene industrial y ambiente de los talleres tecnológicos en la FISEI de la UTA
    (Universidad Técnica de Ambato. Facultad de Ingeniería en Sistemas, Electrónica e Industrial. Carrera de Ingeniería Industrial en Procesos de Automatización, 2022-09)
    Vargas Palango, Juan Pablo
    ;
    Lema Chicaiza, Freddy Roberto
    Nowadays, companies need to ensure that the test results are reliable, to achieve this they turn to accredited laboratories that have a Management System based on the ISO IEC 17025:2017 standard. The present degree work was developed in order to design a Management System based on the international standard ISO IEC 17025:2017 for the Industrial Hygiene and Environment Laboratory belonging to the Innovation and Technological Development Workshop of FISEI. This made it possible to manage factors involved in testing services and to indicate that it is operated competently. The project uses applied, documentary and field research. Applied, because the procedures were documented to standardize the activities. Documentary, because the bibliographic information was systematized for the diagnosis and development. Field, since the researcher collected the information directly. It began with the identification of the problem and the objective to be achieved, then the normative and theoretical bases for the design of the system were investigated. The initial analysis used the compliance self-assessment questionnaire provided by SAE, according to ISO IEC 17025:2017. This, accompanied by the general information of the laboratory, served as a starting point for the project proposal. Subsequently, the quality manual, process map, procedures manual, risk management matrix and process characterization, comprising 11 processes and 29 procedures, were proposed. These allowed us to address the requirements of the mentioned standard.