Sergio SalimbeniUniversidad del Salvador - Buenos Aires Argentina. · Faculty of Engineering
Sergio Salimbeni
Electronics Eng, MBA; PhD
Researching: Industry 4.0 /5.0 - Quality 4.0 /5.0
About
56
Publications
127,497
Reads
How we measure 'reads'
A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the full-text. Learn more
22
Citations
Citations since 2017
Introduction
Professor and Researcher in Industrial Engineering and Management Sciences. Electronic Engineer, with a MBA and PhD in Business Administration, PhD Industrial Engineering (candidate). His research focuses on Industry 4.0, both in the preparation of human resources and migration to digitalization in industries and services. More than 20 years working on Strategic Management, Quality Management, Business and Product Development, Project Management and Business Process Management.
Additional affiliations
March 2005 - present
Position
- Professor
Description
- More than 25 years working in Industrial and Management Engineering, Digital Transformation and Industry 4.0. He is Professor and Researcher in USAL, UEES, UNR and UCU. Founder of “Activus™ which started operations in 2005 in Buenos Aires, Argentina. Sergio is an Electronic Engineer, with a MBA and PhD in Business Administration.
Education
February 2011 - December 2012
March 2000 - December 2001
March 1982 - October 1988
UTN, Buenos Aires, Argentina
Field of study
- Electronic Engineering
Publications
Publications (56)
The aim of this study is the development of a framework for the evaluation and feasibility analysis for the incorporation of collaborative robots in manufacturing lines. This work has been carried out in two phases: (1) a review of the literature regarding Digital Transformation and Industry 4.0 and its associated technologies was carried out and (...
The SDG, formulated in 2015 by the United Nations General Assembly, are 17 objectives that have been established in order to end poverty, improve health and education and promote prosperity and well-being through environmental sustainability.
The concept of SD is conceived as a balance between sustainable economic growth and ecological regeneratio...
The SDG, formulated in 2015 by the United Nations General Assembly, are 17 objectives that have been established in order to end poverty, improve health and education and promote prosperity and well-being through environmental sustainability.
The concept of SD is conceived as a balance between sustainable economic growth and ecological regeneratio...
Over the life cycle of a smart component and / or an end product, a large amount of information is accumulated; during the design and development, planning, production, at the suppliers’ premises or when extracting raw materials, during maintenance and repair, during changes of use, re-use or recycling.
Because of that, the purpose of this article...
The purpose of this work is to present the relationship that exists between Industry 4.0 (I4.0), smart objects and quality management, and how could benefit companies, users and the environment, based on interoperability and a horizontal and vertical integration of an entire value chain. The methodology was a mapping and coding method with a system...
Two of the most important enabling Industry 4.0 (I4.0) technologies are computational simulation (CS) and Digital Twin (DT). Both technologies have myriad applications in fields as diverse as medicine or manufacturing. Although there is still no agreement on the difference between CS and DT, it is being accepted that a CS represents real systems th...
The aim of this work was the development of a reference framework and methodology for the technical feasibility study of the use of collaborative robots in manufacturing SMEs.
According to our previous study, the technical factor is one of the five evaluation variables for decision-making for the incorporation of Cobots in workstations, being them:...
Over the life cycle of a product, a large amount of information is accumulated during the design and development, planning, production, at the suppliers’ premises or when extracting raw materials, during maintenance and repair, during changes of use, re-use or recycling.
In accordance with the DIN DKE ROADMAP I4.0 recommendation 3.5-2 “The standard...
This work involves the digitalisation of a bottling process of a hyperthermal mineral water plant in the Argentinian Guaraní aquifer. It was deployed to improve the value chain performance , ensuring the quality of the mineral water. The latter is essential for human consumption and of great interests for both company and consumers, hence the need...
The digital transformation applied to industry, the so-called Industry 4.0 (I4.0), is based not only on technology, but also on people, processes, and the environment. Those new or renewed technologies are which make up the platform of I4.0; one of them is the so-called Digital Twin, which is a virtual construction that represents a physical counte...
Industry 4.0 is a subject that has aroused high interest in recent years by the academy and governments. Production on this topic has grown significantly in a short period of time. The market, which demands more complex and unique products in small quantities, must be satisfied. Traditional centrally controlled production processes will be replaced...
El objetivo de este trabajo de investigación, fue el desarrollo de un marco de referencia y metodología para el estudio de viabilidad técnica del uso de robots colaborativos en pymes manufactureras.
De acuerdo con nuestro estudio anterior, el factor técnico es una de las cinco variables de evaluación para la toma de decisiones para la incorporació...
RESUMEN El objetivo de este trabajo fue el desarrollo de un marco de referencia y metodología para el estudio de viabilidad técnica del uso de robots colaborativos en pymes manufactureras. De acuerdo con nuestro estudio anterior, el factor técnico es una de las cinco variables de evaluación para la toma de decisiones para la incorporación de Cobots...
The aim of this work was the development of a reference framework and methodology for the technical feasibility study of the use of collaborative robots in manufacturing SMEs. According to our previous study, the technical factor is one of the five evaluation variables for decision-making for the incorporation of Cobots in workstations, being them:...
RESUMEN La demanda del mercado es cambiante, lo que redunda en la reconfiguración de las cadenas de valor de los proveedores, empresas y clientes. Las compañías buscan diferenciarse a través del agregado de valor a sus productos y servicios. Los productos inteligentes, desde su concepción hasta su retiro o reutilización son una pieza clave en esta...
Within Industry 4.0 work practices, human beings intervene in different tasks as part of a socio-technical system. One of the most important characteristics is the concept of the human at the center of the system. For its part, one of the benefits of digitization is that information management can be supported by technology so that it can be increa...
Industry 4.0 (I4.0) is a concept that was coined in Germany in 2011 and has been rapidly evolving around the world. It is imperative to develop a framework for measuring the com-panies' level of maturity and develop a roadmap tool which will then move them towards complete digitization. Although there are several studies and models to evaluate the...
A partir de los trabajos de Investigación realizados por el Instituto de Investigación de Ciencias Económicas y Empresariales de la USAL: “Planeación Estratégica y Evaluación de Riesgos Empresariales” (2015); “Relación entre el talento humano, las competencias laborales y la rentabilidad en la empresa” (2016), y, “La ingeniería de negocios como fac...
Industry 4.0 represents a special challenge for companies in general and for SMEs in particular. This study examines the awareness, readiness, and ability of companies to meet this challenge. The lack, up to date, of a detailed and quantitative study in Argentina, is what has motivated this work.
For one and a half years first phase, 328 documents...
La 4ta Revolución Industrial, la Transformación Digital e Industria 4.0 plantean nuevos desafíos. Qué habilidades serán esenciales para tener éxito en este mundo digital. En una encuesta realizada por la USAL, en la Argentina, (septiembre de 2020, proyecto PI1939) se encontró menos del 40% de los mandos medios encuestados dijo saber de qué se trata...
1. Introducción
2. Composición, metodologías y buenas prácticas
3. Soporte e implementación
4. Casos de éxito
Metodología para la evaluación del Índice de Madurez. Desarrollo marco teórico DIN/DKE Roadmap.
Organização e trabalho inteligente.
Disponibilidade de flexibilidade
Prontidão para Inovação
Tecnologias de base.
Sistemas de informação.
Cadeia de valor inteligente.
Produtos inteligentes.
Manufatura inteligente.
1. Necesidades actuales del mercado
2. Trasformación Digital y la Industria 4.0
3. Tecnologías
4. Características de una fábrica inteligente
5. Disposición de planta
6. Cobot
7. La decisión de la incorporación de Cobots
8. Evaluación Técnica
9. Evaluación ergonométrica
10. Evaluación de la calidad
11. Evaluación económica
12. Evaluación final
1. Transformación Digital
2. La 4ta Revolución Industrial - Industria 4.0
3. Salud 4.0
4. Hospital & Pharma
Coronavirus: la transformación digital en los hospitales. https://tn.com.ar/opinion/coronavirus-la-transformacion-digital-en-los-hospitales_1055316 OPINIÓN. Columnista invitado (*) | La experiencia de Italia y el mundo evidencia la necesidad de actuar rápidamente y con datos certeros. La salud 4.0 ayudaría enormemente. Por Sergio Salimbeni-USAL
This work proposes the enlargement of the Product Life Cycle´s concept, in the context of Industry 4.0. The advantages derived from it and the integration of management are exposed, both in the field of information technologies and in operational technology systems, all framed in the RAMI4.0 model (“Reference Architectural Model Industrie 4.0”).
Industry 4.0 is the integration and interaction of technologies regarding physical and digital domains. Many manufacturing companies are in search of the best adaptation of their facilities, so that they can position themselves better in face of these new challenges. Industry 4.0 has already got its framework, "Reference Architectural Model for Ind...
This current work is part of the project: "Current status and key factors for the evolution of the national industry towards industry 4.0" (research project PI_1939 of the USAL. 2019-2020). Our working hypotheses are: (H1) Migration to Industry 4.0 in argentine companies would be very expensive at the beginning, so it is expected only for very spec...
1. La 4ta revolución industrial
2. Innovación
3. Creatividad
4. Nuevas habilidades - El trabajador 4.0
The present project research "Current state and key factors for the evolution of the national industry towards the industry 4.0", consists in evaluating the possible improvements in the profitability of industrial companies due to the migration towards Industry 4.0, the new ways of work, kind of skills that employees should have, the knowledge and...
El objetivo de este seminario es difundir algunas de las nuevas habilidades y técnicas necesarias para la gestión de la calidad en esta Nueva Era conocida como la
“4ta revolución industrial”
This article purports to ascertain the management process differences that occur between public and private surroundings and to show key success factors for implementing government administration. This mixed focus research is presented from the perspective of economic and business sciences;it consists of two stages: one is qualitative, while the ot...
La Gestión del desempeño de un proceso implica la comprensión de qué medir y de cómo medirlo. Para gestionar procesos, como para cualquier otra actividad de gestión, es necesario controlar; controlar no implica a las personas, sino justamente las actividades de valor. El control no es posible si no se tiene manera de medirlo, y para ello es necesar...
Balance of human resources in a project. Difference between Resource leveling and Resource smoothing.
La gestión actual de las organizaciones exige bastante más que la administración de recursos; exige resultados. El gerente moderno no sólo debe poseer conocimientos de vastas y diferentes disciplinas, sino que debe tener la habilidad para poder interrelacionarlas y evaluar las “causas – efecto” de cada acción tomada, siempre visando el largo plazo....
La palabra revolución indica cambio abrupto; cuando aparecen nuevas tecnologías se generan cambios socioeconómicos muy importantes, dando origen a "revoluciones industriales" o tecnológicas. La máquina a vapor, inventada hacia fines del siglo XVIII, y su impacto en la industria textil y el transporte, marca la 1ra revolución industrial. En el siglo...
La disciplina de la Gestión de Proyectos se ha convertido en estos últimos años en una actividad cada vez más reconocida en todas las profesiones. Desde un proyecto de ingeniería a un programa de marketing, todos los líderes de proyectos pueden gestionar haciendo uso de las mejores técnicas y herramientas a nivel mundial.
No sólo en el ámbito empre...
This research project "Current state and key factors for the evolution of the national industry towards the industry 4.0", consists in qualifying the improvements in companies´ profitability with the migration to the Industry 4.0, clarifying the new modalities of work and the type of skills that will be necessary in new engineers and qualified pers...
This research project "Current state and key factors for the evolution of the national industry towards the industry 4.0", consists in qualifying the improvements in companies´ profitability with the migration to the Industry 4.0, clarifying the new modalities of work and the type of skills that will be necessary in new engineers and qualified pers...
El presente proyecto consistió en la evaluación del ahorro de energía gracias al uso de las nuevas tecnologías por parte de los consumidores residenciales. Se investigó en particular el denominado IoT (Internet de las cosas), el cual refiere a la interconexión de dispositivos sin intervención humana. La Argentina ha estado sufriendo déficit de ener...
Process Intelligence and new simulation tools can collaborate even more in process management in the public sector, also known as Government Process Management (GPM). Considering that most of the tools and concepts of strategic management were developed in the private sector, is it valid to apply them to the public sector? What is the importance of...
This research project "Current state and key factors for the evolution of the national industry towards the industry 4.0", consists in qualifying the improvements in companies´ profitability with the migration to the Industry 4.0, clarifying the new modalities of work and the type of skills that will be necessary in new engineers and qualified pers...
Grupos de procesos y áreas de conocimiento de la gestión de proyectos conforme el PMBoK edición 6ta
20 años de trayectoria en empresas de tecnología, desempeñándose en áreas de operaciones y comercial. 2 ABSTRACT Small and medium business (SMBs), have an outstanding importance in economies, and Argentina is not the exception. The key question we intend to answer is if exists a proven relationship between Strategic Management of the SMB entreprene...
En un ambiente de continuos cambios, las empresas necesitan mantener su competitividad con el fin de liderar su mercado. Debido a ello, es preciso responder rápida y eficientemente a los nuevos desafíos y oportunidades. Dado que la implementación de proyectos tiene aplicaciones de distinta índole y magnitud, y más aún cuando es el "núcleo" del nego...
Based on the needs detected in the SMEs during two previous research projects, "Strategic Planning and Evaluation of Business Risks", and, "Relationship between human talent, labor competencies and profitability in the company", we began to analyze possible answers to those needs. This was the first contact with the "Business Engineering" in Decemb...
RESUMEN A partir de necesidades detectadas en las PyMEs durante dos de nuestros proyectos de investigación en la Facultad de Ciencias Económicas y Empresariales de nuestra Universidad, "Planeación Estratégica y Evaluación de Riesgos Empresariales", y, "Relación entre el talento humano, las competencias laborales y la rentabilidad en la empresa", se...
A partir de necesidades detectadas en las PyMEs durante dos proyectos de investigación anteriores, “Planeación Estratégica y Evaluación de Riesgos Empresariales”, y, “Relación entre el talento humano, las competencias laborales y la rentabilidad en la empresa”, se comenzó a analizar posibles respuestas a dichas necesidades. Así se dio el primer con...
There are different visions and responsibilities regarding the energy situation in Argentine, its origins and its future. What there is no doubt, is that the energy currently generated is not enough to supply an economy that is supposed to grow steadily for the upcoming years. Changing and improving the country's energy infrastructure could take se...
Relación entre el talento humano, las competencias laborales y la rentabilidad en la empresa Director de Proyecto: Estudios sobre el "Mercado de Servicios en la Argentina, nivel de profesionalización, condición necesaria para su crecimiento y rentabilidad" es el que da origen al presente proyecto, y busca entender y dar respuesta a ese fenómeno, de...
Small and medium business (SMBs), have an outstanding importance in economies, and Argentina is not the exception. The key question we intend to answer is if exists a proven relationship between Strategic Management of the SMB entrepreneur and business productivity. Upon completion of this project, we aim to find an association - correlation - betw...
Introducción al plan de marketing. Análisis de entornos. Metas y Alcances. Estrategias y ventajas competitivas. Segmentación y Posicionamiento. Tácticas de marketing. Implementación y Control.
En la Parte I, se hace una introducción a la Administración Estratégica, analizando su importancia y componentes. Luego en la Parte II, el análisis y la planificación de la empresa en el largo plazo, revisando los ciclos de vida de la demanda y productos, como así también las diferentes alternativas estratégicas para el crecimiento sustentable. Ya...
Questions
Questions (2)
I´m looking for a free CMS (citation management software) to be used by post-graduate students.
Many thanks
Industry 4.0 - What do you consider to be the 5 most important skills or knowledge for the "new technical workers" in Industry 4.0?
Research Proposal "Current state and key factors for the evolution of the nati...
Projects
Projects (9)
Consumers increasingly require customized products, which demands manufacturers to be more flexible in their manufacturing systems. Working in work cells could give a favorable response to that issue and collaborative robots (cobots) could be used doing simple and repetitive tasks complementing the activities of specialized workers, improving the speed and quality of products. The aim of this research project is the construction of a framework and a toolkit for the technical, ergonomic and economic evaluation of the incorporation of Cobots in work cells, thereby improving the work floor perfomance . The specific objectives are: (1) Develop a framework for conducting technical feasibility analyses to define whether a manual activity can be performed efficiently by a robot. (2) Create a framework to analyse whether the introduction of a Cobot can improve the physical conditions of the operator by reducing work-related biomechanical stress. (3) Create a framework to analyse the economic value added to the end customer thanks to the introduction of Cobots. (4) Develop a framework to carry out a cost / benefit analysis due to the introduction of Cobost in workstations and (5) validate the applicability of said reference frameworks and the toolkit in a case study in an argentine SME.
The industrial environment has changed substantially in recent years due to the introduction of new concepts and technologies based on the 4th Industrial Revolution.
It was referred to for the first time at the Hannover fair 2011, calling it: Industry 4.0. Artificial Intelligence, the storage and processing of data in the cloud and cyber-physical systems are the pillars of this transformation.
The Digital Transformation applied to the industry, Industry 4.0, is requiring enormous changes, those related to organizational structures, among others. The great challenge for the future is the transfer of experiences from large companies to SMEs, since there is a lack of a framework to aim this objective.
The current state of the company from an Industry 4.0 perspective, or degree of maturity, determines several necessary actions to move to the next level. There are different frameworks and models to measure the maturity of a company, but almost all of them are designed for large manufacturing industries.
Our general objective is to adapt a model oriented to SMEs and that is applicable to both, industrial and service companies. To do this, the steps to follow in this framework are: (1) carry out an analysis of the current situation of the companies, determining their degree of maturity; (2) develop a study to map business models; (3) carry out the interviews and questionnaires necessary to adjust the model; (4) collect and analyse the data in order to identify the key factors of the requirements of SMEs; (5) develop the general reference framework for the development of I4.0 and (6) adapt it to industrial and service SMEs if necessary.
Our hypothesis is that applying an adequate Maturity Model in SMEs, evaluating their current situation, allows an orderly and optimized transition on the way to Industry 4.0
