Purpose: Authors of the paper develop the main assumptions for project management in the Industry 4.0, and present them in the short form as basic knowledge, useful for managing smart manufacturing (SM) projects in companies. Design/methodology/approach: the process of preparing SM (smart manufacturing) projects and their implementation, in the Fourth Industrial Revolution, have been changed, due to the importance of the issue of linking more and more intelligent machines, IT-computer programs and monitored processes into integrated technological systems of key importance for the construction of cyber-physical production systems (CPS). The paper applies a conceptual analysis of possible areas of change in project management (PM) when enterprises build the smart manufacturing (SM). Findings/conclusions: companies building the smart environment must adapt their organization of project management to the new requirements and opportunities of Industry 4.0 (I 4.0) technologies. Research limitations: the narrow scope of knowledge about the ongoing changesin SM project management is due to the short period of experience (the Industry 4.0 concept has been implemented since 2011), therefore the authors have only presented the framework of changes in organization of project management. Practical implications: the authors' intention was to initiate a practical discussion about the changes in project management in the ongoing industrial revolution. Originality/value: Since 2011, when the government of the Federal Republic of Germany recognized the concept of "Industrie 4.0" as the key strategy of innovative development, Industry 4.0 has become an important discussed topic among practitioners and researchers. The fourth industrial revolution is expected to result in a leap in the efficiency of companies operating in the intelligent technological environment. Key technologies or pillars of Industry 4.0 are implemented in manufacturing enterprises to build the smart manufacturing processes. Enterprises develop new projects and make investments in order to create Cyber-Physical Production Systems (CPPS).
The main aim of the paper is to study the impact of the level of digitization of business activities on the human resources orientation on sustainable consumption and production (SCP) in small and medium-sized enterprises (SMEs). Design/methodology/approach: During the research process, a survey was conducted among 140 SMEs in Poland at the beginning of 2020. The multiple regression model was built to find the link between the variables. Findings: Statistical analysis indicated that digitization did not have a clearly positive impact on employees’ orientation towards SCP. Among the analysed variables, negatively correlated relationships appeared, especially in the area of the digitization of contacts with the customers. Research limitations: As limitations, it can be pointed the managerial approach during survey research, limited research group, as well as the study period excluding pandemic time. Originality/value: The novelty of the research manifests itself in in the fact that the research problem was applied to the small and medium-sized enterprises, instead of to corporations.
The spread of COVID-19 contributes to changing economic, environmental and social reality around the world. One of the significant consequences of the current pandemic can already be called the accelerated introduction of digital technologies in various fields. Against this background, the article is devoted to the theoretical and analytical substantiation of the feasibility of reorienting traditional production and management systems in the context of COVID-19 to digital ones. It has been proven that digitalization, sustainable development and COVID-19 are new challenges generated by human activity that require non-standard solutions. A composition of non-standard digital solutions is proposed to overcome the problems associated with COVID-19, ensuring sustainable development, allowing to launch new business models capable of smoothing post-Covid consequences and bringing the world economy onto a trajectory of sustainable economic growth.
The current market situation shows that enterprises are still struggling to digitize their business through the integration of the Internet of Things (IoT), artificial intelligence (AI), cloud technologies and other more advanced technologies, but the fifth industrial revolution is knocking on the door. This article deals with the analysis and evaluation of the impact of Industry 5.0 on entrepreneurs. Industry 4.0 analysis provides results based on interviews with practitioners as well as sales representatives. The main part of the article focuses on the business situation, where the goal was to identify existing gaps along with opportunities and threats. This analysis also describes the best way how to transform in times of the next industrial revolution. Study addresses the approach of integrating human workers in the supply chain in cooperation with automated processes. The purpose of this study is to confirm or refute whether companies are ready for another industrial revolution.
The purpose of the paper is to analyze the positioning of Ukraine in the global indices of innovative development and competitiveness, to evaluate the indicators of innovation activity and, based on the outcomes of the research, to determine the place of Ukraine in the global innovation space. The dynamics of innovation activity on an international scale based on the consolidated indicators of the Global Innovation Index are presented. Ukraine’s position in it and progress in achieving goals to better understand the processes that stimulate or constrain innovation are determined. Econometric methods to generalize the positioning of Ukraine in the global innovation space and the DEA method to study the relative individual effectiveness of the innovation environment and innovation activities in Europe are used.
Accurate and timely measures to preserve the native populations of the wild honey bees need a study on the influence of housing conditions and environmental factors on the quality, productivity and viability of bee colonies. The authors have developed a system for remote monitoring of microclimate parameters of wild bee colonies based on the latest LoRaWAN technology. For studying the monitoring system based on the selected data transmission technology, data collection and transmission devices are implemented in two variants – based on ready-made monoblock devices (Variant 1) and composite devices (Variant 2) based on the Atmega328P microcontroller and photovoltaic power supply system with digital temperature and humidity sensors. Field tests of an experimental remote monitoring system were carried out in actual working conditions without power supply and communication systems. The tests involved 15 monoblock ready-made RAK7204 devices (Variant 1) and nine composite devices (Variant 2) based on the Atmega328P microcontroller. After the tests, Variant 1 was excluded from further use in research due to mass failure. Variant 2 passed the tests and participated in further research. The parameters of the power supply system of measuring devices and gateways are analyzed. The results of year-round monitoring of microclimate parameters of bee colonies were obtained. The study results prove the efficiency of the monitoring system based on LoRaWAN technology with the Atmega328P microcontroller devices and its operation comfort. During the study, it was recorded that the outer air temperature dropped to -36 °C. During the same period, the internal temperature significantly exceeded the air temperature. Besides, the highest temperature in wild hives during the winter months reaches +15 °C and +35.5 °C in the summer months. The temperature difference recorded in winter between the air inside wild hives and outer air reaches Δ30 °С.
Purpose: The aim of this study is to discuss the impact COVID-19 pandemic on implementation 4.0 technologies in enterprises and supply chains. Design/methodology/approach: The study performs review of literature to identify key aspects of Industry 4.0, the COVID-19 pandemic in the economy. Findings: The paper explained the changes in the functioning of enterprises and supply chains and their transformation towards Industry 4.0. The authors defined the impact of the COVID-19 pandemic in the context of applying technology trends of the Industry 4.0 by enterprises and supply chains. We claim that in the enterprises and supply chains will be the need to invest in new technologies for the long term and implement new infrastructures. The COVID-19 pandemic is likely to help us push the accelerator pedal on Industry 4.0 in the industries, especially manufacturing industry. Originality/value: The study is one of the analysis of the relationships between enterprises and supply chains in the framework of Industry 4.0 and the aspects the COVID-19 pandemic in creating value chain. The study can be addressed to project managers and supply chains managers responded for implementation technologies of Industry 4.0.
This study aimed to examine the needs of Generation Z and determine the corresponding strategic vectors for the global market transformation using the tourism sector as an example. The main research methods were represented by market analysis and survey. Besides, the study used statistical data from Millennial and Gen Z Traveler Survey 2019: A Multi-Country Comparison Report. This study examined data from a survey of travellers. The research sample consisted of 4236 individuals from 5 countries. Responses were enrolled through an online survey of travellers who reside in the world’s five major travel markets: the US, the UK, Australia, China and India. As a result, a theoretical model of the global travel market that meets the needs of Generation Z was proposed. Essentially, the model offers to develop the global travel industry through the synthesis of modern digital technologies and social communication. The scientific contribution of this study is the proposed methodological approach to the tourism industry management based on identifying its transformation vectors. The practical application of the proposed model for the transformation of the global travel industry to meet the needs of Generation Z should contribute to the market’s effective adaptation and the development of its competitive advantages.
PL
Celem pracy było zbadanie potrzeb pokolenia Z i określenie odpowiednich wektorów strategicznych dla transformacji globalnego rynku na przykładzie sektora turystycznego. Głównymi metodami badawczymi była analiza i badanie rynku. Poza tym w badaniu wykorzystano dane statystyczne z Millennial and Gen Z Traveler Survey 2019: A Multi-Country Compare Report. W badaniu przeanalizowano dane z ankiety przeprowadzonej wśród podróżnych. Próba badawcza składała się z 4236 osób z 5 krajów. Odpowiedzi uzyskano w ankiecie internetowej przeprowadzonej wśród podróżnych, którzy mieszkają na pięciu głównych światowych rynkach turystycznych: w Stanach Zjednoczonych, Wielkiej Brytanii, Australii, Chinach i Indiach. W efekcie zaproponowano teoretyczny model globalnego rynku turystycznego odpowiadający potrzebom pokolenia Z. Zasadniczo model oferuje rozwój globalnej branży turystycznej poprzez syntezę nowoczesnych technologii cyfrowych i komunikacji społecznej. Naukowym wkładem pracy jest zaproponowane podejście metodologiczne do zarządzania branżą turystyczną w oparciu o identyfikację wektorów jej przemian. Praktyczne zastosowanie proponowanego modelu transformacji globalnej branży turystycznej na potrzeby pokolenia Z powinno przyczynić się do skutecznej adaptacji rynku i rozwoju jego przewag konkurencyjnych.
In digital revolution, the appropriate IT infrastructure, technological knowledge are essential for the success of companies, where the success of the digital transformation depends on digital maturity. The aim of the study is to define the digital maturity, theoretical foundation of the digital maturity model and present a framework for small and medium-sized enterprises (SMEs) understanding where they are in digitalisation (how advanced their digital resource system and digital approach) to respond faster and efficiently to environmental changes. The model construction is based on theory of dynamic capabilities, graduation models, and SMEs management challenges. The model is a dynamic model to support management in strategic, digital and organizational developments, which is divided into IT and organizational dimensions, including 6 components and 28 subcomponents. The ultimate goal of the study is to determine the component weights to create a neurofuzzy model.
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The Spanish Port System is immersed in the process of digital transformation towards the concept of Ports 4.0. This entails new regulatory and connectivity requirements, making it necessary to implement the new technologies offered by the market towards digitalization. The digitalization of the individual processes in a first step helps the exchange of digital information between the members of the port community. The next step will mean that the information flow between the participants of a port community is done in a reliable, efficient, paperless way, and thanks to technologies. However, for the Spanish port sector, data exchange has a competitive disadvantage. That is why Federated Learning is proposed. This approach allows several organizations in the port sector to collaborate in the development of models, but without the need to directly share sensitive port data among themselves. Instead of gathering data on a single server, the data remains locked on your server, and the algorithms and predictive models travel between them. The goal of this approach is to benefit from a large set of data, which contributes to increased Machine Learning performance while respecting data ownership and privacy. Through an Inter-institution or "Crosssilo FL" model, different institutions contribute to the training with their local datasets in which different companies collaborate in training a learning machine for the discovery of patterns in private datasets of high sensitivity and high content. This environment is characterized by a smaller number of participants than the mobile case, with typically better bandwidth and less intermittency.
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Today, the digital revolution has also caught up with the administration. The digitalisation of the (public) administration has strong links to the security issues. Digitalisation could be interpreted as one of the tools for the good governance and it has several challenges, as well. The public administrations, as well, the Hungarian administrative law has been significantly impacted by the COVID-19 pandemic. The administrative procedural law has been influenced by the epidemic transformation. However, the rules on e-administration have not been reformed significantly (due to the digitalisation reforms of the last years), but several regulations and mainly the practice of the Hungarian administration has been transformed during the last two years. The pandemic situation had several challenges and opportunities, by which the traditional way of administration has been altered during these two years.
PL
Obecnie rewolucja cyfrowa ma miejsce także w dziedzinie administracji. Cyfryzacja administracji (publicznej) jest ściśle powiązana z kwestiami bezpieczeństwa. Digitalizacja może być postrzegana jako jedno z narzędzi do odpowiedniego zarządzania, z którym wiąże się także szereg wyzwań. Pandemia COVID-19 wywarła istotny wpływ na samorządy, w tym także węgierskie przepisy administracyjne. Zmiany związane z pandemią znalazły odzwierciedlenie w przepisach postępowania administracyjnego. Nie przeprowadzono jednak istotnych reform w zakresie przepisów dotyczących administracji elektronicznej (z uwagi na reformy w zakresie cyfryzacji na przestrzeni ostatnich lat). W ciągu ubiegłych dwóch lat miały natomiast miejsce zmiany w dziedzinie kilku regulacji, a przede wszystkim praktyk stosowanych w administracji węgierskiej. Pandemia przyniosła ze sobą szereg wyzwań i szans, które zmieniły tradycyjne oblicze administracji na przestrzeni tych dwóch lat.
The directions of development of innovative activity in the field of industrial and civil construction are considered, the main innovative approaches that are most popular at the present stage of digitalization of the economy are presented. The analysis of innovative solutions and risks associated with the implementation of digital transformation in construction organizations is presented.
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The paper presents an innovative concept of digital aggregation of data related to mandatory in-situ load tests of bridge structures. The proposed approach allows to manage various types of information regarding those experiments, in a way which is consistent with current good practises in BIM technology and digitalisation of construction industry. The proposed web platform will allow for vast improvements in decision-making process regarding admission of a given bridge for service, in proper analyses and even predictions of bridges mechanical response. Initial architecture of the system is introduced along with an appropriate literature review and the identification of key actors and their roles in the described information management process. To highlight the potential of the solution, two examples are shown. In both cases key advantages of digital aggregation are emphasised: the possibility to learn from previous analogical in-situ experiments, and the possibility to utilise modern machine learning algorithms and state-of-the-art open-source solutions.
Główną myślą artykułu jest pytanie – w jaki sposób zmienia się konsumpcja mediów w nowym cyfrowym społeczeństwie? Współczesne „nowe, nowe media” są bardzo kreatywne w konstruowaniu naszej rzeczywistości. Wszystkie dostarczane w mediach informacje są perswazyjne, wiele z nich jest manipulacją. W takich warunkach otrzymujemy skrajnie uproszczony, homogeniczny obraz bardzo skomplikowanej rzeczywistości. Jesteśmy stale pod ścisłym nadzorem cyfrowych mediów, które profilują nas zgodnie z własnym interesem.
EN
The main concern of this text is the question – how media consumption alters in new digital society? Modern media are very creative in constructing our reality. All information is persuasive, a lot of it – manipulative. All these conditions give a very simple, homogenous image of a very complicated reality. We are under close digital media surveillance, which to divides audience according to their interests.
The article is devoted to the topical problem of preparing future primary school teachers to work in the digital educational environment. The authors see its solution in the introduction into the educational process of higher education institutions active forms, teaching methods that form and develop the professional competence of the future primary school teacher. The main directions, forms and means of teaching are outlined, the use of which will allow to optimally form professional competence in future teachers. The essence of the concept of «digital technologies», varieties of its interpretation are revealed. Methods of preparation of future primary school teachers for the application of information and communication technologies in the process of studying information and technical disciplines in a higher education institution are considered. Professional training of future primary school teachers helps to form students’ motivation based on interest in information technology. The market of digital educational services in Ukraine is described, the subjects of advanced training that offer services for teachers, in particular for future primary school teachers. The most important methods and the main problems of practical training of future teachers in the conditions of the Concept «New Ukrainian school» are allocated.
PL
Artykuł poświęcony jest aktualnym problemom przygotowania przyszłych nauczycieli szkół podstawowych do pracy w cyfrowym środowisku edukacyjnym. Jej rozwiązanie autorzy upatrują we wprowadzaniu w proces dydaktyczny szkół wyższych form aktywnych, metod nauczania kształtujących i rozwijających kompetencje zawodowe przyszłego nauczyciela szkoły podstawowej. Zarysowano główne kierunki, formy i sposoby nauczania, których wykorzystanie pozwoli na optymalne ukształtowanie kompetencji zawodowych przyszłych nauczycieli. Ujawnia się istota pojęcia „technologie cyfrowe”, różnorodność jego interpretacji. Rozważane są metody przygotowania przyszłych nauczycieli szkół podstawowych do stosowania technologii informacyjno-komunikacyjnych w procesie studiowania kierunków informacyjno-technicznych. Szkolenie zawodowe przyszłych nauczycieli szkół podstawowych pomaga kształtować motywację uczniów opartą na zainteresowaniach informatyką. Omówiono rynek cyfrowych usług edukacyjnych na Ukrainie, czyli tematy szkoleń zaawansowanych, które oferują usługi dla nauczycieli, w szczególności przyszłych nauczycieli szkół podstawowych. Przedstawiono najważniejsze metody i główne problemy praktycznego przygotowania przyszłych nauczycieli w warunkach Koncepcji „Nowa szkoła ukraińska”.
W artykule pokrótce przybliżono genezę oraz koncepcję przemysłu 4.0. Następnie w sumaryczny sposób przedstawiono oraz scharakteryzowano najważniejsze technologie, które napędzają rozwój czwartej rewolucji przemysłowej: internet rzeczy, sztuczną inteligencję, automatyzację, analitykę dużych zbiorów danych i chmurę obliczeniową. Technologie te stanowią następstwo szybko postępującej współcześnie cyfryzacji. Zaprezentowano możliwości ich zastosowania w różnych obszarach logistyki: produkcji, magazynowaniu, transporcie czy zarządzaniu łańcuchem dostaw. Wskazano najważniejsze korzyści płynące z wdrożenia wymienionych technologii w przedsiębiorstwach logistycznych, umożliwiające wypracowanie przewagi konkurencyjnej. Zwrócono uwagę na fakt ich wzajemnego uzupełniania się.
EN
The paper briefly describes the genesis and conception of Industry 4.0. The most important technologies, which drive the development of the fourth industrial revolution, were presented and characterised: Internet of Things, Artificial Intelligence, automation, Big Data and cloud computing. These technologies are a consequence of galloping digitisation. The possibilities of their practical applications in various logistics areas: production, warehousing, transport or supply chain management were featured. Salient advantages of implementation of the mentioned technologies in logistics enterprises, aiding the development of competitive advantage, were indicated. The interrelation between them was highlighted.
Purpose: The article discusses the role of the employee in the era of robotization and automation of industry. It outlines potential threats and opportunities for HR management in the age of the fourth industrial revolution. Design/methodology/approach: The author used a desk research method. She gathered documents (statistic data, mainly reports), made the initial selection, established the authenticity of the data, carried out the study of scientific literature and, eventually, did the comparative analysis. Findings: Industry 4.0 is associated with changes in human resource management. Employees will need to acquire new skills and knowledge to be able to keep a job. Automation and digitalization of business/industry will be an opportunity for self-development and success for people with expertise in IT technology, robotics and computer engineering. Business in the era of Industry 4.0 will need to cope with the ageing population, the lack of proper education and training conditions, and lack of access to new technologies. Practical implications: The paper analyses the biggest challenge in the aspect of employees adaptation and focuses on problems that exist but must change so that businesses can adapt to the new reality of Industry 4.0. Originality/value: The paper complements previous research in the field of human resource management in the conditions of the fourth industrial revolution, digitization, digitalization and automation of business.
Purpose: The main purpose of the article is to justify the need for interdisciplinary professional training of employees for challenges related to the growing importance of dynamically developing digitalization, which is closely related to the development of civilization. Design/methodology/approach: The theses presented in the article have been verified using: literature review, critical literature analysis, document research and comparative analysis. Findings: Based on the content of this article, a future emerges in which man, industry and the surrounding reality will be shaped by digitalization developing with hitherto unknown dynamics. This phenomenon may lead to disappearance of world characteristic for industrial age and the transition to a new era determined by technologies based on data flow and its analysis. In digitalized economies, knowledge that is exemplified by a knowledge society that creates innovative solutions has become a key capital resource. It seems that digitalization in the context of economies’ competitiveness will determine the need to raise the level of education and competences and to create and control new knowledge. Originality/value: The article enriches knowledge and develops a discussion in the area of dynamically developing digitalization. Thanks to the knowledge presented in the article, it can be concluded that the decisive role in creating the development of a labour market and education can be overcome by breaking social and professional barriers to digitalization processes – which may favour the social dimension of individuals and strengthen the sense of fullness in human life1.
Digitalization and Industry 4.0 play a big role in the current world of globalized supply chains which are becoming more and more complex and require real time data based decisions to enable highly responsive measures needed to supply goods from point of origin to point of sale or use. Various concepts such as IoT, 3D printing, CPS, AR, autonomous driving etc. can be related to Industry 4.0. This paper focuses on examining and cross comparing eight technologies related to industry 4.0 that enables more responsive supply chain management activities. It also discusses the impact of industry 4.0 on future supply chains.
In this article, the author will try to conditionally transform the energy capacities of NNEGC Energoatom by converting a liability into an asset using the example of bitcoin. With a surplus of nuclear power generation, one of the modern tools for using excess electricity is directing it to cryptocurrency mining. The author of the article will try to calculate the possibilities of Ukrainian NPPs in the cryptoindustry market by analyzing the competitiveness, market trends and the approximate profitability of this kind of activity. The essence of the article lies in the intervention of the state energy giant in completely new activities, partial monopolization of the market and interference in the activities of decentralized cryptocurrencies, as well as the very novelty of combining two different fields of activity and the global nature of the consequences. Mining can be used to convert the underdeveloped electricity or all of Energoatom’s capacities totally, but at the same time it can also affect the cryptoasset market in the field of decentralization, as the primary cost factor to affect the price of assets and allow for obtaining super-profits at a state enterprise. The author of the article tries to understand the profitability of such actions and, in general, to understand the globality of the idea. The results of the entry of the national energy giant into the cryptoasset market will change the global processes in the ecosystem of the cryptoindustry and change the situation both on the electricity market in the region and, in general, will affect the processes of globalization and unification of the financial sectors of the economy.
PL
W artykule autor bada teoretyczne możliwości przekształcenia zobowiązań zdolności produkcyjnych NNEGC Energoatom w aktywa, na przykładzie bitcoina. Przy nadwyżce produkcji energii jądrowej jednym z nowoczesnych narzędzi wykorzystania nadwyżki energii elektrycznej jest użycie jej do wydobycia kryptowalut. Autor szacuje możliwości ukraińskich elektrowni jądrowych na rynku kryptowalut poprzez analizę konkurencyjności, trendów rynkowych oraz przybliżoną analizę opłacalności tego rodzaju działalności. Istota przedstawionej analizy polega na ingerencji państwowego giganta energetycznego w zupełnie nowe działania, częściowej monopolizacji rynku i wejście na rynek zdecentralizowanych kryptowalut. Nowością jest tu łączenie dwóch odmiennych dziedzin działalności, a także globalny charakter konsekwencji takich działań. Wydobycie kryptowalut może być wykorzystane do konwersji zbyt wysokich mocy produkcyjnych Energoatomu, ale jednocześnie może również wpłynąć na rynek kryptowalut poprzez jego decentralizację, ponieważ podstawowy czynnik kosztowy wpływa na cenę aktywów i pozwala na uzyskanie nadwyżki zysków w przedsiębiorstwie państwowym. Autor stara się zrozumieć opłacalność takich działań i jak ogólna jest taka idea. Skutki wejścia krajowego giganta energetycznego na rynek kryptowalut zmienią globalne procesy w ekosystemie branży kryptowalut i sytuację zarówno na rynku energii elektrycznej w regionie, jak i całościowo wpłyną na procesy globalizacji i unifikacji sektorów finansowych gospodarki.
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