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This chapter presents innovative approaches to active learning that were introduced into the teaching of preservice teachers at the Faculty of Education of University of West Bohemia, Pilsen, in the Czech Republic. Over the last three years, the Technology-Enhanced Learning course has seen substantial innovations in both the content and use of teaching strategies designed to prepare the students for their professional lives. The whole update of the course was implemented using the results of action research – all individual changes were rigorously tracked and analyzed. The state of the art in the active learning domain in education of preservice teachers is presented in this chapter.

There is a description of the procedure to update the course, based on the reflections of teachers and feedback from students, gathered during action research. Detailed evaluations of particular methods of active learning that have been proven in teaching are provided.

Besides practical activities with tablets and smartphones, during which students familiarize themselves with various types of applications and reflect on their use in teaching, the course was extended by the use of practical aids for the efficient inclusion of mobile technologies for teaching – the Czech version of Allan Carrington’s Padagogy Wheel. This aid is derived from the revised Bloom’s taxonomy and SAMR model and helps the systematic reflection of preservice teachers when preparing for technology-enhanced teaching.

A significant part of the teaching consists of cooperative projects between preservice teachers and pupils of elementary schools – for example, the preservice teachers help elementary school pupils discover possibilities of virtual reality during Google Cardboard activities, or preservice teachers in teams with elementary school pupils create digital stories together on the topic of Internet safety.

The innovative approach to active teaching in the Technology-Enhanced Learning course is apparent even during the exam. In the course of the exam, students process, present, and defend a lesson plan for the implementation of an activity using digital technologies.

Throughout the learning, as well as at the end, preservice teachers are encouraged to reflect on the teaching in the Technology-Enhanced Learning subject.

The purpose of this study was to analyse institutional strategy documents relating to technology-enhanced learning.

In total, 84 documents were sampled from 71 leading higher education institutions (HEIs), identified through the Quacquarelli Symonds World University Rankings 2018. Qualitative content analysis with a directed approach was used to analyse the strategy documents. The specific theory used was disruptive innovation. The use of “innovation”, or variants thereof, was counted in each document. Ten case studies from the sample were used for content analysis.

Technology-enhanced learning-related strategy documents are conservative, advocating the more efficient use of existing technologies, or the incremental enhancement of existing technologies, but not transformation through technology.

By evaluating the extent to which selected institutional strategies engage with innovation in technology-enhanced learning, this study argues HEIs advocate sustaining innovation or efficiency innovation to a greater extent than disruptive innovation.

This paper aims to discuss and provide examples of different collaborative models that are emerging and to argue that a technology‐enhanced, socio‐constructivist approach to future collaborative curriculum design and delivery enables partnership working and provides curriculum design solutions that supports delivery in different ways. The paper seeks to argue that the driver for motivating programme teams to work collaboratively and embed technology into future programme designs comes both from a changing economic and funding climate and a pedagogic driver to offer value to the learner. The paper aims to present exemplars of using technology to transform programme delivery.

Outcomes and deliverables from different technology‐enhanced learning projects and the work of the Edinburgh, Lothians, Fife and Borders Regional Articulation Hub (ELRAH) have been examined to establish whether technology‐enhanced learning, teaching and access models could enable universities and colleges to work collaboratively to provide a more flexible and accessible model of HE in the future. The paper uses examples of technologies and professional development that is being used to support technology‐enhanced, collaborative HE programme development, and, while the paper focuses specifically on the debates taking place in Scotland, the insights provided are relevant to similar debates taking place in the rest of the UK.

The paper argues that “edgeless universities” are needed to achieve the reforms needed to deliver an HE system that offers the flexibility of access and efficient delivery required in the future. A future higher education system that demands efficiency and more flexibility through partnership and collaboration must use technology to form partnerships if they are to generate radical changes to future programme designs that enable flexible access. The paper argues that a traditional “one size fits all“ model for tertiary education does not meet a vision for wider access to HE. Institutions will need to adopt different strategies for engaging staff in collaborative curriculum developments and need to provide strong leadership to direct engagement.

The value of this paper is that it presents ways in which FE and HE institutions can work collaboratively to create a more radical, technology‐enabled, collaborative approach to future HE curriculum development in Scotland.

The following chapter describes and discusses survey-based findings of students’ perception concerning the acquisition of a third language supported by modern technologies at the university level and provides an overview of research on teaching methodologies. The surveys show that selected reality-based activities not only support students’ language-learning efforts, but also contribute to a more relaxed acquisition of the German language, an important factor of Stephen Krashen’s theory of the lowering of the “Affective Filter,” which stems from 1984. The goal was to find specific technology-enhanced exercises that support the acquisition of the German language, including relatively complex grammatical structures. Although the surveys were conducted among students who took German classes at various levels, the assumption can be made that some aspects of the findings and suggestions are also beneficial for the teaching of other foreign languages.

With the increasing mobility of higher education students across the world, institutions and instructors are confronted with the need to mitigate the linguistic challenges that multilingual students face in learning advanced content in universities or colleges where English or another language is the medium of instruction. This usually pertains to students who have low competence in the language of instruction, as it is a second or third foreign language for them, hence encountering difficulties in the mastery of discipline-specific content and knowledge. First and foremost, this chapter explores the specific linguistic barriers that multilingual students encounter in this context, which relate to several elements of communicative competence in the language of instruction, while investigating empirical studies on instructional strategies for multilingual classes. Secondly, it discusses the use of Merrill’s (2013) first principles of instruction as the main framework in the design of technology-enhanced lesson plans and in the selection implementation of technology-nested instructional strategies, which can assist instructors in creating linguistically inclusive learning environments across disciplines, while maintaining high academic standards. The chapter critically addresses the use of ICT tools in supporting instructional strategies and lesson plan design to mitigate students’ linguistic difficulties with the receptive and productive language skills within discipline-specific contexts. Finally, it provides a lesson plan template and examples encouraging instructors to carefully plan and design instruction and to experiment and monitor the outcomes in their classes.

The purpose of this paper is to provide an insight into the extent to which faculty have adopted technology-enhanced learning in the delivery of undergraduate programmes to a largely international cohort, and indirectly the barriers that may be preventing a more widespread use of technology.

The enquiry takes a cross-disciplinary approach to explore how technology is used in the delivery of international programmes in France and Russia; the focus lies at the intersection of technology-led learning and managing cultural diversity. A face-to-face survey is used to gather the more specific information about teaching practices at each institution.

The findings of the survey strongly suggest that technology acceptance and technology awareness are influenced by a number of complex factors in this particular cultural context. The study concludes by discussing various recommendations for integrating technology into courses delivered across the partner institutions.

The two institutions are based in “second cities” but they do not reflect a nation-wide attitude to using technology for teaching purposes. The findings cannot be extrapolated beyond this relatively restricted geographic sample.

Existing studies often discuss and compare student reactions to technology-enhanced learning but there is a gap in the understanding of the broader factors that can influence the delivery of course materials using technology. The perception and usage of internet technology can vary considerably across different cultures and linguistic communities, and this factor can have an impact on the way a course is delivered.

Over the past decade, architecture, construction and engineering (ACE) industries have been evolving from traditional practices into more current, interdisciplinary and technology integrated methods. Intricate digital tools and mobile computing such as computational design, simulation and immersive technologies, have been extensively used for different purposes in this field. Immersive technologies such as augmented reality (AR) and virtual reality (VR) have proven to be very advantageous while the research is in its infancy in the field. Therefore, this study aims to develop an immersive pedagogical framework that can create a more engaging teaching and learning environment and enhance students' skill in the ACE field.

This study developed a BIM-enabled VR-based pedagogical framework for the design studio teaching in architectural courses, using a qualitative approach. A case study method was then used to test and validate this developed framework. Architectural Master Design Studio B, at Queensland University of Technology (QUT) was selected as the case study, with South Bank Corporation (SBC) as the industry partner and stakeholder of this project.

The practicality and efficiency of this framework was confirmed through increased students' and stakeholders' engagement. Some of the additional outcomes of this digitally enhanced pedagogical framework are as follows: enhanced students' engagement, active participation, collective knowledge construction and increased creativity and motivation.

The results have proven that the developed technology-enhanced and digitally enabled teaching pedagogy and framework can be successfully implemented into architectural design studios. This can bridge the existing gap between the technological advancements in ACE industry and higher education teaching and learning methods and outcomes. It is also expected that such innovative pedagogies will future-proof students' skill set as the future generation of architects and built environment workers. A major limitation of this framework is accessibility to the required hardware such as HMD, controllers, high-capacity computers and so on. Although the required software is widely accessible, particularly through universities licencing, the required hardware is yet to be readily and widely available and accessible.

The result of this study can be implemented in the architectural design studios and other ACE related classrooms in higher educations. This can bridge the existing gap between the technological advancements in ACE industry, and higher education teaching and learning methods and outcomes. It is also expected that such innovative pedagogies will future-proof students' skill set.

Such technology-enhanced teaching methods have proven to enhance students' engagement, active participation, collective knowledge construction and increased creativity and motivation.

Despite the advancement of digital technologies in ACE industry, the application of such technologies and tools in higher education context are not yet completely explored and still scarce. Besides, there is still a significant gap in the body of knowledge about developing teaching methods and established pedagogies that embrace the usage of such technologies in the design and architecture curricula.

In this chapter, two reforms in initial teacher education at the University of Oslo are contrasted and compared with regard to the use of digital technology and the underlying ideas of teaching and learning. Reflecting different time periods of technology development, these reforms initiated in 2000 and 2012, respectively, offer valuable insights into how initial teacher education is influenced by technologies in the society and how conceptions of teacher professional learning are changing over time. This study highlights the constraints and affordances of the technologies for changing and bridging practices in teacher education. For the uptake and use of digital technology, the findings point to the necessity of critically examining the way in which the approaches to teaching and learning in initial teacher education and the constraints of how the technology designs are influencing student teachers’ learning.

The continuous development of information technology leads to intelligent education research. In the context of internationalisation, the study aims to understand the relevant research status worldwide, research similarities and differences that need to be discovered, and research frontiers that need to be explored.

Web of Science (WoS) core collection was used as the data source, descriptive statistical analysis, geographic data visualisation and coupling analysis are used to reveal coupling relationships, present a cooperative situation and discover research frontiers.

Intelligent education research has been widely carried out in countries around the world, and there is extensive scientific research cooperation. According to coupling analysis results, the coupling strength of bibliographic between countries has been continuously improved, while the coupling strength of keywords has remained balanced, and there is standardisation and diversity of research.

The weakness of the research lies in the limitations of the data sources. Important research achievements on a certain topic in many non-English speaking countries are usually published in native journals. In the future research direction, more coupling analysis objects can be carried out, such as focussing on authors and institutions.

Through the coupling analysis of country bibliographic and keywords, it reveals the consistency and divergence of intelligent education research between different countries at different time spans.

Design and implement country bibliographic coupling (CBC) and country keyword coupling (CKC) strength indicators to calculate the strength of coupling between countries.