The New Challenges in the Training of the Engineer for the Industry 4.0

Author(s):  
Sergio Ricardo Mazini ◽  
Márcia Maria Teresa Baptistella

The growing changes brought about by new concepts and new technologies, such as Industry 4.0, have demanded that educational institutions seek new teaching and learning methodologies, as well as new resources that can contribute to the training of the future engineer. This chapter demonstrates some practices adopted in the process of training the future engineer in a university center in the interior of the state of São Paulo through the use of the CDIO initiative. The results presented confirm the importance and necessity of changes in the teaching and learning process in higher education institutions.

Author(s):  
Sergio Ricardo Mazini ◽  
Márcia Maria Teresa Baptistella

The growing changes brought about by new concepts and new technologies, such as Industry 4.0, have demanded that educational institutions seek new teaching and learning methodologies, as well as new resources that can contribute to the training of the future engineer. This chapter demonstrates some practices adopted in the process of training the future engineer in a university center in the interior of the state of São Paulo through the use of the CDIO initiative. The results presented confirm the importance and necessity of changes in the teaching and learning process in higher education institutions.


2021 ◽  
Author(s):  
Hanna Stupniker ◽  
◽  
Valentina Babenko ◽  

Under the influence of globalization and integration of economic processes in the domestic economy, the importance of intellectual resources is growing. Based on its use in economic activities, enterprises and organizations are able to realize their intellectual capital. The main condition for the formation of this special type of capital is the presence of intellectual potential that arises in the process of manifestation of intellectual abilities and professional competencies of the company's staff. The intellectual component is the fundamental basis of the system of relations between science, industry and society. Therefore, educational institutions play an important role in raising the intellectual level of the national economy. The theoretical approaches to determining the economic essence of the intellectual capital of higher education institutions have beem summarized in this article and the main aspects of realizing the intellectual potential of educational and research institutions in Ukraine have been explored. The availability of intellectual capital allows scientific organizations to formalize and implement in the market various forms and types of knowledge: research, skills, experience, competencies, professional skills. The purchase of knowledge allows commercial organizations to significantly increase the level of their technical and technological solutions, develop know-how, to acquire ownership of the right to use knowledge in the form of patents, licenses, franchises. On this basis, the production of new products can be carried out; use of new technologies, new management methods; creation of a trademark; development of new activities; entering new markets. The implementation of the socio-economic policy of the state should be based on the intensification of intellectual activity of higher education institutions, because in market conditions it is the state that should stimulate educational institutions to form intellectual capital. The important role of intellectual capital of higher education institutions is manifested in the fact that it allows them to become intellectual enterprises and significantly affect the national economy by increasing its competitiveness.


Author(s):  
Irshad Hussain ◽  
Ozlem Cakir

Blockchain, which is also called a distributed ledger technology (DLT), is an emerging and ever advancing technology having flourishing potential for nourishing and revolutionizing higher education. It stems in decentralization and distributed learning with characteristics of permanence of records, pursuit and transfer of knowledge, authority of institutions, and reliability of teaching and learning. These characteristics of blockchain attract educational institutions particularly the higher education institutions to adopt it. However, in spite of all potential and benefits of blockchain technology, the higher education stakeholders currently seem to be less aware of the social benefits and educational/instructional potential of blockchain technology. It can be addressed through proper advocacy and campaign. The complete chapter will demonstrate possibilities of blockchain technologies in higher education along with its issues and challenges.


Author(s):  
Pradeep Tomar ◽  
Shivani Verma

The future of higher education is intrinsically linked with developments on new technologies and computing capacities of the new intelligent machines. In this field, advances in artificial intelligence open to new possibilities and challenges for teaching and learning in higher education with the potential to fundamentally change governance and the internal architecture of institutions of higher education. The role of technology in higher learning is to enhance human thinking and to augment the educational process, not to reduce it to a set of procedures for content delivery, control, and assessment. With the rise of AI solutions, it is increasingly important for educational institutions to stay alert and see if the power of control over hidden algorithms that run them is not monopolized by tech-lords. This chapter will cover all the positive and negative aspects of AI technologies on teaching, learning, and research in higher education.


Author(s):  
Joseph Ezale Cobbinah

Higher educational institutions are widening participation through the introduction of new programs, using different approaches to deliver learning so that many people can have access to education. With the growing number of students in our higher educational institutions, coupled with learners who are working and by virtue of their job commitments cannot do traditional face-to-face education, using information technology (IT) to support lessons in higher education institutions has become very laudable. The introduction and use of technology have brought changes in the way we teach and support students in our higher education institutions. This, therefore, calls for effective IT leaders who will be able to motivate, inspire, and meet the learning needs of the diverse students in our institutions while improving teaching and learning. The IT leaders should not only be individuals who can only lead the change crusade but should be able to manage the change process.


Author(s):  
Viacheslav Osadchyi ◽  
Vladyslav Kruglyk ◽  
Dmitriy Bukreyev

The article highlights the problems of forecasting the entrance of university entrants into higher education institutions in connection with the constant fluctuations of the labor market and socio-demographic processes, which completely violate the results of the predictions of classical statistical methods, therefore the author studies the necessity of developing a software tool for forecasting the entrance of entrants to higher education institutions , which will operate on the basis of the neural network and will be able to adapt to the conditions of constant chaotic oscillations. The author emphasizes that neural networks are a modern and leading area of research and program development, and proves that the use of neural networks in the prediction of educational processes will allow obtaining results with a much higher level of accuracy and less time. The article contains analysis of theoretical information about neural networks and analysis of existing algorithms of neural networks operation. The author mentions the advantages and disadvantages of each algorithm, provides a comparative analysis and concludes that it is expedient to use each of the methods in a software tool for forecasting the entrance of entrants to higher education institutions. In the course of the work, the author carried out software modelling of the various methods of teaching neural networks, conducted testing, received and disclosed the results of each method, carried out an analysis of their actual effectiveness in predicting small and large volumes of information with different inputs and made the conclusion that the expediency of their use in the future software. The mathematical features of the construction of neural networks, their training and further use are revealed, the basic requirements for the future of the software product, namely the method of work, input data, the method of displaying the results and the layout of the future software, are revealed. The main blocks of the software for forecasting the entrance of entrants to higher education institutions are shown. It was concluded that it is expedient to use neural networks and work on a software tool for forecasting the entrance of entrants to higher educational institutions has been started, vectors of further researches and developments have been selected.


2014 ◽  
Vol 3 (1) ◽  
pp. 21-32 ◽  
Author(s):  
Yasmin Ibrahim ◽  
Anita Howarth

Mobile technologies such as tablets, iPads, laptops, netbooks as well as mobile phones with internet connectivity and recording features present new challenges to the academy. In the age of convergence and with the encoding of several features into mobile telephony, private spaces of the classroom can be reconfigured through the mediation of technologies. In most cases, existing rules and regulations of higher education institutions do not comprehensively address these challenges. The introduction of new technologies into the classroom has been often framed historically as vital and relevant for a progressive academic society or as part of a national imperative to transform the ways in which the authors access and engage with knowledge. This paper surveys British universities to examine how they govern the phenomenon of recording content through mobile technologies. The results reveal a pervasive use of mobile devices in UK universities and clear divergences in approaches to enacting mobile device-specific policies to govern the usage of these technologies.


Seminar.net ◽  
2013 ◽  
Vol 9 (2) ◽  
Author(s):  
Yngve Nordkvelle

The song “There’s a kind of hush all over the world”, made famous worldwide by the Herman Hermits’ cover version in 1967 comes to mind after the last year’s hype of the “MOOC”-phenomenon. The hush – or peculiar silence after the “big noise” is less of a silence than a counter attack from the more sober participants in the discourses of lifelong learning. The editor of this journal took part in the 25Th ICDE World Conference in Tianjin, China in mid-October. We experienced the excited audience that is optimistic for when the MOOCs will swipe over the higher education sector in the developing world and provide access to top quality higher education. However, we also heard the voices of the experienced group of providers of higher education who have worked intensely for the same purpose for as long as the ICDE has existed: 75 years. The irony they express is that while authorities and politicians in all industrialized countries have urged higher education institutions to move in this direction, the adoption of policies and practices has been slow. Many countries have set up their own “Open universities” to bypass some of the most obstructive forces. The most obstructive ones have been institutions that are prestigious, private or simply too protective of their own privileges. The lifelong learning entrepreneurs have always emerged from social agents who primarily argue for the humanist values of education and- gradually - more and more intertwined by human capital arguments. And suddenly – inspired by the social media, by YouTube, Khan and a number of emerging new technologies, the previously most obstructive higher education institutions are on the pathway to “revolutionize” learning, make the best teaching available to everybody and “save” the rest of the world. Five of the highest ranked Chinese universities have now contracted “Coursera” software to “deliver” their Chinese courses to the “masses”. Many, many other universities, world wide, are about to follow their example. Main universities, who traditionally have failed to take interest in provide mass education, are now, all of a sudden, at the front of “the development”.In the aftermath – or hush – second thoughts start to come to the fore. One of the main entrepreneurs of “MOOC”s, Sebastian Thrun, named “the Godfather” of MOOC, and CEO of Udacity, admits the failure of the project ran with San Jose State University. He blames the poor academic quality of the students for the failure. Rebecca Schuman, a widely acclaimed columnist and educational experts comments that the MOOCs seem to fail exactly the group of students who, allegedly, would benefit the most from this way of teaching and learning. This brings us all back to square one, and underlines what veterans in the field always have said. This is a difficult enterprise. There is no salvations provided by a new technology. I would like to add: thanks for the enthusiasm, and I look forward to what comes after “the hush”.In this issue we bring a new article from Professor Theo Hug from the University of Innsbruck, Austria. This is an analytical paper that provides us with profound perspectives about what communication related to teaching and learning with media is all about. It claims that when enthusiasts, such as the those providing MOOCs, go about and introduce new trends, they are often helpless in understanding the elementary dimension of media education, or the epistemological issues of the field. Hug sums up his contribution by arguing for polylogical design principles for an educational knowledge organization.In the paper by Michaela Rizzolli, also from the University of Innsbruck, Austria, we bring another contribution aiming at shedding light on the very foundations of media education. Ms. Rizzolli studies online playgrounds and introduces us to the problems we encounter when we stick to dichotomies in our thinking about this phenomenon. She argues for the need to think wider and inclusively when describing phenomena theoretically and empirically.In the third paper, Professors Kari Nes and Gerd Wikan of Hedmark University College, Norway report from a project involving interactive whiteboards (IWB) in teaching in schools. In analyzing closely how seven teachers go about their interactive boards when teaching, they see that the IWBs have potentials that not all teachers are able to realize. They discuss what teachers need in order to develop their ability to stage “exploratory talks” with students.Last we bring a brief research report from Jacques Kerneis, who is a professor at ESPE (École Superiéure du Professorate et de l’éducation Bretagne), France, who outlines experiences from three differents projects aiming at defining digital-, media- and information literacy in a French speaking context. Using a particular vocabulary of « apparatus », « phenomenotechnique » and « phenomenographie » the projects aimed at providing a framework of the evolving interpretations of these phenomena.


Author(s):  
Natalie Khan

<p class="3">Higher education institutions operate in a complex environment that includes influence from external factors, new technologies for teaching and learning, globalization, and changing student demographics to name a few. Maneuvering such complexity and change requires a leadership strategy that is flexible and supportive. This paper reviews two leadership theories in reference to this need: adaptive leadership theory and transactional leadership theory. Three conceptual categories of environmental readiness, leadership complexity, and followers’ motivation are used as points of comparison for each theory. A recommendation is made for leadership strategy in higher education institutions based on this comparison.</p>


2022 ◽  
Vol 10 (2) ◽  
pp. 16
Author(s):  
Mei Yuan Law

The effective curriculum has become a critical component of higher education because of the shifts in the techno-socio-economic landscape and digital revolutions in industry 4.0. In this paper, a review of existing works related to curriculum change and innovation for higher education institutions provides insight into the topic. The paper is divided into several sections of the review. A general understanding and introduction of the context of Curriculum 4.0 in higher education are elaborated in this review. The relative theories that underpin curriculum change and innovation in educational institutions are presented. The paper also discusses and reviews the processes and procedures involved in managing curriculum change and innovation. The issues related to embracing and managing curriculum change and innovation are also highlighted and discussed in this paper.


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