Mobile Learning in Higher Education: A Systematic Literature Review

The purpose of this paper is to compare and contrast characteristics of use and adoption of mobile learning in higher education in developed and developing countries. A comparative case study based on a survey questionnaire was conducted with 189 students (undergraduate and postgraduate) from Makerere University in Uganda and the University of Adelaide in Australia. The Unified Theory of Acceptance and Use of Technology (UTAUT) was employed as the theoretical framework. The results indicated that higher education students in developed and developing countries use a range of technologies for learning, with major differences between Uganda and Australia. The study concludes that mobile learning in higher education in developed and developing country contexts is still at an experimental stage with students using mobile devices in pedagogically limited ways.

Technological advancements in mobile devices coupled with their increased use in informal and formal learning at an individual level have forced academicians to implement full-scale mobile learning in higher education. However, its full-scale implementation can be achieved if the perception and attitude towards its acceptance are studied from the viewpoint of higher education teachers. This exploratory study begins with the identification of potential determinants of mobile learning acceptance. Thereafter, Teachers Mobile Learning Acceptance Scale was developed based on the explored factors. There is no available instrument so far that encompasses important factors for determining acceptance of mobile learning by higher education teachers in ‘one go'. This instrument serves to be a comprehensive measure of teacher's acceptance of mobile learning. Two new factors ‘teacher authority and privacy' and ‘motivational factors for students' have been added. Although these factors have not been addressed in the past research, yet they play a significant role when considered from teachers' perspective. This instrument depicts a high level of content validity and reliability.

El presente artículo tiene como objetivo identificar, a través de un análisis de componentes principales, los factores relacionados con el aprendizaje móvil o m-learning en educación superior. Para esto, se llevó a cabo una investigación mixta, que retomó los hallazgos de una investigación más amplia, que tuvo como resultado la determinación de catorce factores, y que este artículo reduce a tres a través de un análisis multifactorial. Además, para la recolección de los datos se aplicó un instrumento con escala tipo Likert a 30 personas expertas investigadoras universitarias. Para el procesamiento de los datos se empleó un análisis de componentes principales, que arrojó como resultado los siguientes factores: capacitación, características de estudiantes y falta de gestión administrativa, los cuales guardan correlación con los factores falta de lineamientos m-learning y el de infraestructura. En conclusion, los factores extraídos deben ser tenidos en cuenta a la hora de trazar políticas y lineamientos para incluir el aprendizaje móvil en la educación superior, así como en los planes de formación docente, en respuesta a lo que el estudiantado está demandando.

This article presents the results of a review of practice and policy in relation to mobile learning and its potential to enhance inclusive and equitable access to higher education in Africa. We reviewed academic literature on potential barriers. Then, we explored the current state of the mobile learning policy environment in 10 African countries through an analysis of how these policies have tried to address the prominent challenges in the adoption of mobile learning as identified in the literature. The findings reveal that significant resourcing inequalities and epistemological, sociocultural, and institutional barriers remain and affect mobile learning adoption. The analysis also reveals that there is still a policy vacuum in relation to mobile learning specific policies within African higher education institutional and governmental policies. Thus, the formal integration of mobile learning in higher education to facilitate equitable access is very much in its infancy. This article suggests a strong need for institutional, cross-institutional, national and African-wide mobile learning specific policies to ensure better implementation of mobile learning. As interest in mobile learning continues to grow, this review will provide insights into policy and strategic planning for the adoption of mobile learning to achieve inclusive and equitable access to higher education.

With the rise of mobile learning platforms, it has become increasingly evident that individuals require personalized experiences that are tailored to the strengths and limitations of mobile devices. The present study explores the significant impact that personalized mobile learning environments, powered by artificial intelligence (AI), could have. This study specifically evaluates the impact of an AI-driven personalized educational platform, designed for mobile devices, on the academic achievement and educational progress of students at Mohammed VI Polytechnic University. The platform, designed for mobile devices, allows instructors to easily upload information. Learners can interact with an AI mentor through a chat interface that is seamlessly integrated into their mobile course materials. The system, constructed using cutting-edge technologies such as Langchain, Pinecone, and the LLM Model, excels at providing personalized, real-time feedback and support for learners who are frequently mobile. This study compared two groups of students. One group had access to a mobile personalized learning platform powered by AI, whereas the control group did not have access to it. We conducted a comparative analysis of mobile educational experiences, levels of engagement, and academic outcomes across these groups. In addition, qualitative feedback was gathered from educators and students to evaluate the mobile usability and effectiveness of the system. The results of our study demonstrate that the AI-driven mobile-tailored learning system significantly improves the experience of mobile learners. The increased levels of engagement, improved understanding, and superior academic achievements support our claim. This study not only supports the potential of AI-driven personalized mobile learning in higher education but also emphasizes the importance of continuous innovation to improve its usefulness and effectiveness.

In recent years, there has been an explosion in the growth of mobile learning across all sectors of education. Keen interest in mobile learning has led to a proliferation of views, perspectives, and diverse activities underpinned by different learning theories. This chapter focuses on various dimensions of mobile learning, including definitions, theoretical dimensions, mobile learning applications in higher education, and future research directions. Mobile learning is still an emerging and immature field. The chapter provides broad definitions and discussions of mobile learning drawing upon existing work. By exploring the experiences and views of various researchers, the chapter reveals the opportunities and challenges involved with mobile learning.

In successful mobile learning (ML) integration, factors associated with live-ware, software, and infrastructure are important. The main objective of this study is to investigate and model the influencing factors for learners and teachers at once to adopt ML in higher education. The proposed model consists of five impact factors: teacher, learner, mobile devices, ML tools, ML contents, communication technologies, and higher education institutes. Then the proposed model was implemented using a modified Moodle mobile application and evaluated using 60 teachers and 60 learners attached to the University of Kelaniya, Sri Lanka in 2021. According to the experimental research design approach, the proposed impact model was assessed as pre-test and post-test surveys using seven questionnaires. According to the Pearson correlation coefficient test, the most significant factor for learners and teachers to adopt ML is the mobile device. Learning content and communication technology were elected as the second most significant adoption factors for teachers and learners consecutively. However, higher correlation values were obtained for all factors denoting that they are greatly influenced the participant to adopt ML. The significant influencing factor of each impact factor was also investigated. In conclusion, it was recommended that featured smart devices, quality learning content, user-satisfied communication technology, academic enriched ML tools and higher education institutes with sound educational facilities are crucial for the university community to adopt ML in higher education. These findings help design academic community acceptable ML environments for higher education context.

The use of mobile devices in learning is increasing, allowing students to access learning resources. In the ever-growing digital era, mobile learning not only offers innovative learning alternatives but also shapes the future of education. This study provides a comprehensive bibliometric analysis of 8352 articles on mobile learning in higher education from 2002 to 2023. With the help of VOSViewer, the researcher can explore complex relationships between scientific information, gain deep insights into specific subject areas, and make decisions supported by powerful bibliometric analysis. Key findings reveal a peak in 2019 with 673 publications, and the most cited work is “Current Status, Opportunities And Challenges Of Augmented Reality In Education” by Wu et al. (2013) with 1285 citations. Prolific authors include Hwang, Huang, Ogata, and Looi. Productive sources are ACM International Conference Proceedings Series and journals like International Journal Of Mobile Learning And Organization. Institutions like National Taiwan University and countries like ChinaUnited States, and Taiwan lead in productivity. Top keywords include “mobile learning,” “e-learning,” and “students,” offering insights for future research planning

Mobile learning is the use of technology in the learning process using tablets, PCs or smartphones. Online based mobile learning provides opportunities for students to study anytime and anywhere. The use of a website as a learning media gives users broad access without downloading additional applications that are burdensome to the device. Therefore, the perception of physics education students is needed on the use of mobile learning in basic physics practicum II at Universitas Jambi. This study aims to introduce new learning media that are more effective and flexible in the 4.0 digital era. Based on the results of the study, the perceptions of physics education study program students are in a good category with an average of 74.01 and a median of 75.00 and a mode of 75.00. Distribution of perception scores of physics education students has a minimum value of 52.00 and a maximum value of 91.00

Mobile learning technologies have the potential to change higher education teaching, participation and learning now and in the future. This chapter investigates contributing factors and how these are positioned and considered within higher education in Lao PDR and Cambodian universities. It investigates the cases of two university-based agriculture courses. In particular, it explores the issues under consideration by educators as they develop degree programmes that enhance flexibility and learning outcomes through the incorporation of mobile technologies. Literacies, access, barriers and participation associated with adopting mobile learning technologies in higher education in these two countries are explored from the perspectives of the student and the lecturer. The chapter considers the functional aspects of mobile learning relevant to participation and learning including dissemination and access to information and communications, enabling person-to-person connections in education and connecting and intersecting learning content with the situated contexts of the learner. Access issues and barriers to the use of the technology within programmes are considered. Key insights associated with mobile learning adoption within these universities are highlighted at each of pedagogical, technical and organisational levels.

Mobile devices are becoming increasingly pervasive within the higher education student community and correspondingly mobile learning applications are increasingly popular as part of the learning process. The purpose of this study was to investigate engagement with, and effectiveness of, different avatar interface types (text, image, audio, video and cartoon) when used within a mobile learning context, and specifically, when used to teach the English language courses mandatory within Saudi degree programmes. One hundred fifty six students from Albaha University participated in this study which involved students undertaking mini lectures delivered onto their mobile devices via each of the five avatar types. The students completed pre/post questionnaires about their perceptions and experiences of mobile learning and undertook a short test to assess their performance and retention of information after the mini-lectures. Results revealed that the majority of students rated the convenience of using m-learning as being very important and showed that they possessed the required resources and underlying technical experience required to adopt m-learning. Results also showed that whilst female students preferred to learn from video or cartoon interfaces they performed best with cartoon and audio interfaces, whilst male students preferred the video interface yet performed better with the cartoon interface.

Mobile learning (m-learning) is transforming higher education, reshaping traditional teaching methods with unprecedented flexibility and accessibility. This study delves into the dynamic realm of m-learning research, exploring its evolution, challenges, and future prospects through a comprehensive bibliometric analysis guided by PRISMA guidelines. By examining publications, citations, keywords, and global trends from 2007 to 2023, our research highlights the United States, Australia, and the United Kingdom as leaders in mobile learning, supported by their significant citation rates. Key themes such as mobile devices, higher education, and blended learning emerge as pivotal in shaping this educational frontier. Innovative methodologies such as augmented reality (AR), gamification, and integrating social media content and learning management systems (LMS) underscore the diverse landscape of m-learning. Beyond enhancing educational practices and student engagement, m-learning promotes interactivity, lifelong learning, and student motivation. However, challenges persist, including the need to strengthen internet infrastructure, improve content quality, foster digital literacy, and ensure privacy in digitally immersive learning environments. This study highlights the transformative power of m-learning and calls for continuous innovation to fully harness its potential in advancing global education in the digital era.

Mobile devices, such as cell phones and tablets, are increasingly playing a vital role in higher education as a medium for learning. They promote accessibility and flexibility, thereby enhancing both formal and informal learning experiences. This chapter aims to provide a reflective review of mobile learning (m-learning) based on the teaching practices of Chinese college teachers. We present a pilot investigation drawn from two cases exploring the challenges and benefits associated with integrating m-learning into higher education within a Chinese context. Additionally, the chapter discusses various aspects of m-learning and teaching, including m-learning applications with the BookRoll system, instructional methods, and current research frameworks. Overall, the chapter explores how language teachers can adapt diversified m-learning approaches to their English teaching, offering practical implications for improving the teaching–learning process and fostering continuous learning beyond the traditional classroom setting.

Since their inception, social media technologies have been reinventing the communal and cultural traditions of our society. They have repeatedly shown their ability to uproot deeply seeded customs and replace them with new methods of interaction. Businesses and corporate institutions are quickly turning to virtual learning in order to train new staff and educate corporate elites. Individuals adopted ‘digital personas’ which serve as an online representation of their physical being. Accordingly, educational methodologies are drastically affected by the rapid growth of social media technologies. Leading this andragogical revolution is Second Life, “an online, three dimensional virtual environment in which users take on the form of avatars, a representation of themselves, and then interact with other users in the synthetic environment” (Inman, Wright, & Hartman, 2010, p. 45). Within this simulated environment, users are able to actively collaborate and interact with surrounding objects, people, and the environment. If harnessed correctly, Second Life has the potential to house complex virtual educational institutions whereby users are able to dynamically engage with academic material, interact with peers, and ultimately complete university credits, all over an online virtual platform. Thus, the realm of Second Life is an extraordinary example of how andragogical strategies can be shifted to develop new educational practices in terms of an immersive online world. This approach to social media in education is one that will change the face of pedagogy and andragogy in the future.

The usage of Mobile Learning (M-learning) has grown among Institutes of Higher Learning worldwide as mobile technologies benefit teaching and learning. Despite this interest, there is a lack of M-learning research in formal educational contexts and the reasons for lecturers to adopt M-learning in a Singapore private education institute have been limited. Furthermore, the Teaching and Learning Division (TLD) of the institution which looks after the professional development of lecturers and sponsors innovative technology-mediated learning initiatives like M-learning is keen to find out how lecturers can be supported to encourage a greater usage of M-learning. After interviewing 10 lecturers, the research found that the following five reasons influence lecturers’ adoption of M-learning from most important to the least: Usefulness in Teaching and Learning, Barriers to using M-Learning, Ease of use of mobile technology, Students’ Motivation and Service quality of the M-learning systems. From this, TLD can identify and develop strategies to support the successful integration of M-learning. The five support aspects considered when implementing M-learning are found to be the following in descending order of importance: Professional Development, Social, Organisational, Technical and Advanced features to support teaching and learning. This research has clarified the existing literature in M-learning especially in formal learning contexts where learning is intentional and recognises the role that lecturers play in the future adoption of M-learning.