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The study aims to analyze the different types of risks related to the use of technology and determine their positive or negative influence on teachers' motivation and behavioral intention to use digital tools.

The research is based on survey data from 200 teachers in the Romanian preuniversity education system. The data analysis followed a four-step approach, using a partial least squares structural equation modeling (PLS-SEM) model for hypothesized relationships among research concepts and a PLS prediction-oriented segmentation (POS) procedure.

This study showed that increased risk awareness influences both motivation and, consequently, the intention to adopt digital tools in the preuniversity education system.

The scope of research remains constrained with regard to the examined population, considering the substantial number of teachers within the preuniversity education system. Another limit lies in the basic classification of identified risk types.

School managers should design a strategy to increase the level of motivation for integrating digital tools in the educational process.

Little scholarly attention has been devoted to investigating the risks associated with digitalization in the preuniversity education system. In addition, no prior research has been conducted to assess the influence of risk perception on people's motivation and intention to use digital tools in preuniversity education.

Using a case study approach, this chapter examines two primary changes to global health education prompted and exacerbated by the COVID-19 pandemic. First, is the acceleration of digital education into the typical global health classroom. Second, is the integration of transnational networks and partnerships between intergovernmental organizations (IGOs), nongovernmental organizations (NGOs), and higher education institutions (HEIs) to create, adapt, and disseminate digital materials in fast-changing information environments. The chapter examines the potential positive and negative impacts of the proliferation of digital content created by IGOs and international NGOs that is being rapidly integrated into use in HEIs for Global Health. The growth of tools and access through these new partnerships may lead to increased access to global health information for professionals. However, these changes may have long-term implications for global health regarding equitable access to culturally appropriate and accurate information. Furthermore, there may be additional implications for equity, as the proliferation of tools may still leave out the most vulnerable that do not have access to digital platforms.

Science, Technology, Engineering, and Mathematics (STEM) education, its importance, and its difficulties have been defined. This chapter seeks to present the digital tools that have been used during the pandemic period and that have been focused on promoting STEM education at different levels. The efforts made by educational organizations worldwide are mentioned. Different regions are shown presenting the best experiences of digital tools that enhance the elements of STEM and can be extended to different levels of education from elementary school to university. On the other hand, successful experiences of the use of technological tools from the teachers' point of view are shown, depicting the tools that have worked the most during the process of adapting to online classes to devise a much better educational plan that continues to take advantage of digital tools for STEM education.

This chapter investigates how and to which extent the European Union (EU)-related content is taught in Romania, by analyzing the school curricula and the teaching and learning methods at undergraduate level (primary and secondary school). It distinguishes between formal and non-formal education on European issues and emphasizes the role of teaching and learning the EU in building European identity and the sense of belonging to the EU. Both textbooks (as traditional learning tools) and various educational activities and learning methods using digital technologies (digital platforms, databases, simulations, games, etc.) are taken into account. The examples of non-formal activities presented in this chapter help to better understand the EU, its regions, its institutions, and their functioning. This chapter suggests the need to focus more the school curricula on skills training, participatory learning, education of values and attitudes, and less on mechanical transmission of information. The examples of good practice presented show the role of the European education, whether classical education or that one based on the use of new communication technologies, in the formation of an European consciousness, in the better understanding of the present by learning the past and in the development of participatory attitudes.

This paper aims to present an impact analysis in the educational dimension of the European Institute of Innovation and Technology (EIT) and specifically on its “knowledge and innovation community” (KIC), focused on the information and communications technology sector named “EIT Digital” in the university field.

After reviewing the current situation on education in ICT-related engineering and the need to address new professional profiles and/or complement the current ones to increase the value of the new professionals in a globalised society, the principles behind the EIT model are analysed, taking the experience accumulated in EIT Digital as a basis for discussion at master level.

The conceptual framework on “what” and “how” of the EIT described from the educational perspective constituted sound bases for ensuring the value of the EIT KICs as drivers for institutional innovation and structural reform. As the practical experience of Universidad Politécnica de Madrid (UPM) shows, the policy experimentation space provided by EIT Digital has acted as an internal transformation driver for European universities. It has played a key role to accelerate structural reforms once partner universities assumed the need of modifying or reinterpreting “any internal regulation to participate better in the EIT”.

This analysis is used as a basis for the design of an institutional agenda of education transformation in the rest of the UPM where the innovation and entrepreneurship vision is inserted into the technical education to give future professionals the tools and capacities to serve as catalyser agents of the innovation system.

The persistence of difficulties related to communication of the stakeholders in the architectural and urban design process is mainly due to the diversity of interests, different perspectives, representation problems and the abilities of visual communication. The paper delves extensively into communication abilities and divides between experts and non-experts, exploring their epistemological origins and possible solutions. One of them, education about spatial issues for general public, is argued for and supported by in the form of a digital education tool. It builds on the idea that non-expert public should be approached with both: adaptation to its abilities and with additional teaching to improve these abilities. The experiment puts the prototypical architectural educational interface to the test in primary schools and observes the effect the level of interactivity has on learning outcomes. The results show possible ways of enhancing the efficiency of such tools and help developers and designers evaluate and fine-tune them for the process of non-professional architectural learning. The communication and attitude-changing topics are discussed from the specific architectural and from broader social science point of view.

Many attempts to integrate technology in Swedish schools have been initiated over the past 30 years with varying success. Although the use of digital tools has increased along with a general technology development, schools have mainly been using IT in administrative support activities. In recent years, school system reforms and developments in the educational technology sector have both required and enabled schools to digitalize. In this chapter, we follow the implementation of two technologies in a benchmark school in order to understand how technology integration is achieved. We suggest four types of embeddedness resulting from different types of activities that are subject to technology integration, as well as the social and material conditions that guide convergence during the postimplementation phase.

The explosion of technology has revolutionized the teaching and learning process in higher education. Students are using the digital technology to aid their learning process. In this sense, digital divide exists among students in higher education as they come from different socioeconomic backgrounds. Thus, this study aims to examine the digital usage among the students from the low-income families (B40) in higher education institutions.

The data was drawn by using an online survey from the undergraduates (low-income families B40) in Malaysia higher education institutions. In total, 391 responses were collected. The data was analysed using structural equation modelling method.

The results showed that performance expectancy and facilitating conditions have a significant relationship with digital usage. In addition, personal innovativeness has positive significant effect on performance expectancy and effort expectancy.

This study sheds light on the students from the lower income family behaviour while using digital technologies for their learning purpose.

The study further contributes to the new knowledge on students from the low-income family’s behaviour in using digital technology for their learning process.

The research aims to measure the effectiveness of collaborative learning exchanges transpired through digital tools and technologies (DT&Ts) employed by the mentor universities during the COVID-19 pandemic by conducting an empirical study on undergraduate students in Indian higher educational institutions (HEIs) under the mentorship program based on the corporate social responsibility (CSR) initiative. The pandemic scenario, its impact on the mentor university's social responsibility and the way DT&Ts can assist are investigated in this article.

The interactions with experts and students were conducted to explore the DT&Ts for learning exchanges. Next, structural equation modeling (SEM) was performed to validate the model and perform regression analysis. The quantitative data collection was made through questionnaires during the second deadly wave of COVID-19 that hit India.

The independent variables (IVs) such as the IT infrastructure support (IT_IS), virtual collaborative tools (VCTs) and future-oriented technologies (FOTs) have a significant impact on the CSR learning outcomes (CSR_LOs) of undergraduate students under the mentorship program. However, IV research instruments for innovation could not make a significant effect.

The IVs IT_IS, VCTs and FOTs influence the CSR_LOs, while RII does not have an influential impact.

As the online learning environment is expected to stay at least in a blended form, adequate CSR funding in infrastructure is necessitated to harness the full potential of this important resource, technology. The results of this empirical investigation affirm that IT_IS, VOTs and FOTs significantly impact CSR_LOs during the crisis. The study findings would encourage the mendtor universities and their stakeholders, including the mentee universities, to evolve and create an ecosystem for effective management of these resources to attain positive outcomes. The study findings can guide the mentor universities in managing uncertainties like pandemics and effectively using the earlier-mentioned critical resources for social responsibility. This research also allows the development of future applications adnd models in mentor-mentee universities for social responsibility, post-pandemic transformation and resilience.

The DT&Ts came to the immediate rescue during the pandemic and positively affected collaborative CSR_LOs by the mentor universities, but they have not evolved to a level where offline learning can be replaced entirely. Hence, it can be inferred that a hybrid model is preferable. The study also improves the understanding of how DT&Ts are being harnessed to aid collaborative learning in fulfilling the mentors' CSR in fatal emergencies. The purpose is to equip the education system through mentorship so that universities can sustain, innovate and grow even in trying times. Also, it discusses the dynamics of various DT&Ts for creating a sustainable learning environment and utilizing them to make the teaching prolific and influential.

There is a scarcity of literature regarding the learning outcomes realized through CSR initiatives and collaboration between mentor-mentee institutions. There is a need to understand how these knowledge exchanges continued despite the physical restrictions during the pandemic. In this direction, this study helps to understand how the DT&Ts played a critical role in continuing learning and keeping abreast in a knowledge society from the perspective of resource-based view (RBV) in these precarious situations.