TY - JOUR A1 - Lopes Martínez, Igor A1 - Cuesta Santos, Armando A1 - Vilalta Alonso, José A1 - Sonia Fleitas Triana, María A1 - Delgado Fernández, Tatiana A1 - Neumann, Gaby A1 - Cruz Ruíz, Alegna T1 - Creating capacities: towards industry 5.0 in the training of industrial engineers T1 - Creando capacidades: hacia la industria 5.0 en la formación de ingenieros industriales JF - Revista Cubana de Administración Pública y Empresarial N2 - The objective of this paper, based on the characterization of Industry 5.0 and its implicit Education 5.0, is to deal with experiences with industrial engineers in training, in the Cuban university context, associated with the competencies to be developed in the process of "active learning", in the transition towards an industry 5.0 in Cuba. This Education 5.0 implies two aspects of competences: those of high cognition of technologies or work processes and those of organizational management. They will be developed through Education 5.0 associated with the enabling technologies of that evolved Industry 4.0 or 5.0. Observation was used as a method, covering both documentary analysis and the participant made by teachers and students in "active learning". As results of the investigation, the characteristics of this Industry with its Education 5.0 and the peculiarities that are evident in the training of industrial engineers are expressed. N2 - El objetivo del artículo, partiendo de la caracterización de la Industria 5.0 y su implícita Educación 5.0, es tratar experiencias con ingenieros industriales en formación, en el contexto universitario cubano, asociado a las competencias a desarrollar en el proceso de “aprendizaje activo”, en el tránsito hacia una industria 5.0 en Cuba. Esa Educación 5.0 implica dos vertientes de competencias: las de alta cognición de tecnologías o procesos de trabajo y las de gestión organizacional. Las mismas se desarrollarán mediante la Educación 5.0 asociadas a las tecnologías habilitadoras de esa Industria 4.0 evolucionada o 5.0. Como método se utilizó la observación, abarcando tanto el análisis documental como la participante hecha por profesores y estudiantes en el “aprendizaje activo”. Como resultados de la investigación se expresan las características de esa Industria con su Educación 5.0 y las peculiaridades que se evidencian en la formación de ingenieros industriales. KW - Industry 5.0 KW - job skills KW - active learning Y1 - 2022 U6 - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:kobv:526-opus4-19261 UR - https://apye.esceg.cu/index.php/apye/article/view/230 VL - 6 IS - 2 ER - TY - GEN A1 - Lopes Martinez, Igor A1 - Acevedo Urquiaga, Ana Julia A1 - Pardillo Báez, Yinef A1 - Acevedo Suárez, José A. A1 - Gómez Acosta, Martha Inés T1 - Mathematical model for the integrated calculation of production, logistical and service capacities in the value chain T2 - Wissenschaftliche Beiträge 2013 N2 - Die Entwicklung des SCM (Supply Chain Management) schließt insbesondere die Kapazitätsorganisation für die operative und auch die strategische Gestaltung der Planung einer Versorgungsgkette ein. Das Problem kann der Kategorie des Maschinenbelegungsproblem aus dem Operations Research zugeordnet werden. Eine zweite Generalisierung wird aufbauend auf einem vorhandenen Rechenverfahren für die Kalkulation der Produktions-, Logistik- und Servicekapazitäten vorgestellt. Mit der Generalisierung können die einzelen Prozesse separat untersucht werden. Die Kapazitäten der SCM-Prozesse werden durch die Größe der finalen Nachfrage nach Produkten und Dienstleistungen gemessen und in monetären Einheiten des Ertrags oder der Verluste dargestellt. Ein Fallbeispiel aus dem Fertigungsbereich von Aluminiumblechen erläutert die Vorgehensweise. N2 - The development of supply chain management includes the capacities coordination among the processes that integrate it, so much in the operative plan as in the strategic one. This problem could be allocated to the classic job shop scheduling problems of the Operations Research. In such direction, a second generalization of the calculation algorithm of the production, logistics and service capacities is formulated starting from the one reached previously by the own authors. With this generalization it is facilitated to carry out the calculations of capacity at the supply chain level and of each one of the processes. The generality‘s application is flexible to processes of production, transport, storage, administration and for service. The capacities of each process of the supply chain are expressed in the magnitudes of the final demand of products and services in the consumer, considering the losses and returns along the supply chain. A study case is presented to demonstrate the possibility of use in one field, but it is explained the possibility to use in different fields, from the production of aluminum carpentry to services related to medical equipments. Y1 - 2013 U6 - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:kobv:526-opus4-3189 SN - 0949-8214 VL - 17 SP - 91 EP - 96 ER -