Student Engagement Research Articles

Implementation of team based learning for MBBS students – An innovative teaching learning method in medical education

Team-Based Learning (TBL) is an educational approach that enhances student engagement through individual assessments and collaborative group work. It is an effective and structured form of small group learning adaptable to large classroom settings. TBL ensures student accountability through various stages, including pre-class preparation, readiness assurance tests, problem-solving exercises, and immediate feedback. This study aims to implement and assess the efficacy of the TBL strategy among MBBS students in a large group teaching environment. The pilot study adopted a TBL approach, involving steps such as pre-class preparation with PDF materials and a WhatsApp video guide issued a week prior, individual and team readiness assurance tests (iRAT and tRAT) conducted via Google Forms and hard copy MCQs, clarification sessions on MCQs and relevant medical topics, and collaborative learning through case scenarios related to Type 2 diabetes. Discussions and conclusions were facilitated by the faculty, followed by immediate and scheduled feedback using Google Forms. Statistical analysis was performed using an unpaired t-test to compare iRAT and tRAT scores. The study gathered 133 responses from the first batch and 140 from the second batch of first year MBBS students. The analysis revealed significant improvements in scores from iRAT to tRAT, indicating the effectiveness of TBL in enhancing student learning outcomes. Feedback from the students showed high levels of engagement and interest in the learning process, with over 98% in both batches finding the TBL approach interesting and interactive. The findings suggest that TBL is a valuable and effective educational strategy that improves learning outcomes and fosters collaborative learning among students.

The community of inquiry as a tool for measuring student engagement in blended massive open online courses (MOOCs): a case study of university students in a developing country

While massive open online courses (MOOCs) promise to democratise access to education, the literature reveals a nuanced understanding of engagement in these settings, especially in resource-constrained environments. Blended MOOCs combine MOOCs and physical classroom settings of contents and instructions. This study extends this discourse by focusing on blended MOOCs, which remain under-explored in the context of developing countries. The blended MOOC at the University of Cape Coast (UCC), Ghana, deals with third-party MOOCs as open educational resources (OERs) integrated with campus-based courses. UCC students have been using such blended MOOCs since 2016, when all level 100 students were mandated to enrol in a course entitled Information Technology Skills (ITS101). ITS101 is aligned to courses in a MOOC platform called Alison as an OER. Students' engagement is key to their continued use and satisfaction with online learning, such as MOOCs. However, among all the e-learning modes, students' engagement is the lowest in MOOCs, leading to high dropout rates. Blended MOOCs are one of the techniques recommended to reverse the undesirability of MOOCs, including engagement. However, few studies have been conducted on students' engagement in blended MOOCs, especially among university students in sub-Saharan Africa using MOOCs as OERs. Thus, this paper aims to measure student engagement in blended MOOCs using the revised Community of Inquiry for university students in a developing country. The rationale is to determine whether factors affect engagement positively or negatively. A two-stage cluster sampling technique was used to determine the participants for this study. A list of blended MOOC classes offered at UCC was obtained from the staff's mailing list. In the first stage, academic levels (100, 200, 300 and 800) were randomly selected from the strata using a lottery sampling technique. In the second stage, another simple random selection of blended MOOC courses or classes was used within each selected academic level. All students in the selected classes were then included in the study. Partial Least Squares Structural Equation Modelling was used to validate the model on the predictive relationships existing among the four presences (cognitive, learning, social and teaching) and engagement. Results from the structural model analysis proved a statistically significant predictive relationship among the constructs within the model. Learning presence had the most significant effect on student engagement. Thus, it should be included as one of the presences in the community of inquiry.

The potential of student as partners approaches for humanitarian developments

This article explores the potential for students-as-partners models developed in the scholarship of teaching and learning and educational development fields to be expanded to new agendas such as humanitarian developments and other agendas related to the so-called civic university. There is a growing appetite for students and staff to work in partnership due to the mutual benefits for both parties (Mapstone et al., 2017), yet the majority of the published works on students as partners is almost exclusively reporting upon partnership activities relating to curriculum and wider student experience developments in higher education. This paper explores the literature on best practice for working with students as partners in order to create new recommendations for how the students-as-partners model can be applied successfully for community and humanitarian development projects, rather than curricular, teaching, or research projects By drawing on literature from student voice, student engagement in quality assurance, and co-design, this paper will highlight the great potential of student-staff partnerships for addressing other development agendas globally.

Unleashing the potential of social media celebrities to promote food waste reduction in educational institutions: developing an extended model based on the value-belief-norm theory

PurposeThis study aims to provide insights into the drivers of student engagement in food waste reduction strategies in educational institutions. The proposed research model integrates social media celebrities' attractiveness, expertise and trustworthiness with the value belief norm (VBN) theory to explore their influence on students' behaviour towards food waste reduction.Design/methodology/approachThe data were collected from 417 students enrolled in public and private universities in the Riyadh and Macca regions of Saudi Arabia to evaluate the proposed model. The partial least squares-structural equation modelling (PLS-SEM) was employed to analyse the responses.FindingsThe results showed that VBN theory's components, such as values (biospheric, altruistic and egoistic), beliefs (new ecological paradigm, awareness of consequences and aspirations of responsibility) and norms significantly and positively influence food waste reduction behavioural intentions. It was also discovered from the results that social media celebrities' attractiveness, expertise and trustworthiness influence food waste reduction behavioural intentions.Originality/valueThis study contributes significantly to the literature by identifying factors influencing student engagement in food waste reduction strategies in educational institutions where limited research exists. It fills this research gap by developing a novel theoretical framework integrating social media celebrities' attributes with the VBN theory to explain these factors.

Culture of engagement

Students can influence their education through evaluations and as representatives in university decision-making bodies. A way to give them more power is through participation in course development as equal partners. In this study, the relationship between the outcome of a student-teacher partnership and a culture of student influence and engagement is explored. This is done through specifically targeting examination, an area where formal power rests far away from the actual partnership. The partnership outcome was evaluated through post-project surveys and group interviews, together with post-course evaluations. The students in the project, most of them with significant experience as student representatives, emphasized their ability to make meaningful change. At the same time, the students taking the revised course appreciated the implemented changes. A culture of engagement positively affected the outcome of the partnership, while the partnership itself strengthened students in their roles as change agents.

Exploring student response systems for large group teaching: a tale of engagement at scale

PurposeThis paper is a case study of student response systems used in large-class teaching. It considers the benefits, including the engagement of students and academic gains such as reduced administration. The constraints and impacts in classroom teaching are noted, drawing upon the experience of two teachers with their learning captured as a means of dissemination of practice to support other teachers who may be considering adopting and later adapting such practices (Gribble and Beckmann, 2023).Design/methodology/approachAn autoethnographical account was undertaken using an action-learning approach as a sense-making exercise. These accounts enabled a depth of insight beyond the anecdotal evidence experienced by an individual teacher alone.FindingsThe findings show that while student response systems have constraints, these can be addressed by putting pedagogical concerns in front of any technology deployment, reaping benefits for students and teachers. Once engaged in using the system, students become more willing to enter further discussions. However, the limitations of both systems indicate that there may be a need for multiple systems to be available based on the pedagogical needs of the class.Practical implicationsThe exploration of student response systems and outcomes of positive engagement by students in classroom settings provides insight to those wishing to explore such systems for use in large-class teaching settings.Originality/valueThis work extends discussions surrounding interactivity using student response systems. Additionally, practical insights from the users into their experiences with their students in using such systems provide alternatives for engagement in delivering large-class learning at scale.

Promoting students as partners in a pilot study involving undergraduate students and instructors in Spanish as a foreign language courses

Through the student-as-partners (SaP) framework, this paper explores how this can enhance undergraduate Spanish as a foreign language flipped classroom courses and promote student engagement and satisfaction. Traditionally, higher education courses are designed and developed by faculty members; however, our pilot project proposed collaboration between students and instructors in the design and implementation of course activities. This paper explores the model’s effects and outcomes through four surveys administered at the end of the academic year. Each survey included key factors related to the learning experience: student enjoyment, emotional support, relatedness to peers, feedback from/for students, and content-related support. Collectively, these perspectives were used to reflect on the feedback provided, which helped us achieve our objective: the creation of teaching and learning resources to engage future cohorts and increase student retention. Although this model is presented in the foreign language context, it is transferable to any discipline.

Variations in the coherence and engagement in students’ experience of blended learning

We report a study which examines coherence of engagement of 344 first year engineering students’ blended learning experience. Using self-report and observational data sources, we demonstrate that student perceptions of the blended learning environment, academic learning outcomes, and engagement with the online learning activities are logically related at the variable level as shown by correlation analyses; and at the level of student groupings of similar learning experience and behaviors, as revealed by cluster, ANOVA, and 2 x 2 contingency analyses. Using self-report data, we found that when students perceived the learning activities in the f2f and online environments were integrated, they were more likely to be engaged with the online learning and to perform relatively higher on the assessment tasks than students who perceived disintegration between f2f and online learning. Using the observational data, students who were more engaged with the online learning tended to perceive that the online learning was well integrated with the f2f learning, that the online contributions were valuable for the whole learning experience, and achieved relatively higher than less engaged students. A 2 x 2 contingency table revealed a logical relationship between the groupings of students based on the selfreport and observational data: moderate and positive association was found between students with coherent perceptions and more engagement; and between students with fragmented perceptions and less engagement. The use of multiple data sources and methods enabled triangulation, strengthened analysis power, and offered a more comprehensive picture of students’ blended learning experience.

By design

This paper takes a design research approach to the challenge of transforming learning and teaching in higher education (HE) as it is experienced at the level of an interdisciplinary team composed of content matter experts and specialists in education. It is based on the reflections of members of the team working collaboratively to transform an undergraduate biology unit, delivered in intensive mode in parallel with a standard teaching semester to improve both student engagement and teaching staff satisfaction. The unit learning design tests 21st century active learning pedagogies in the context preparing students for their professional lives. Using semi-structured interviews and reflective inquiry the authors attempt to uncover the salient features of the process of implementing technology enhanced learning, and generate constructive design solutions. The work is situated in the scholarship of learning and teaching as it encourages "reflection-in-action" and a commitment to sharing what works in STEM teaching and learning in contemporary environments. The teaching team focus on the complex problems of preparation, attendance, and engagement in a series of intensive labs, whilst the professional staff focus on the complex problems of innovation and student engagement in higher education. A number of known and hypothetical learning design principles are integrated with the affordances of the chosen learning environment (OneNote) and used to propose plausible solutions. These solutions are used to iteratively refine the learning environment and reveal new design principles. The data shows improved staff engagement with the unit and the students through an enhanced role in the application and development of modern pedagogies. The paper emphasises the benefits of providing for and supporting the emergence of microcultures, and suggest strategies for those that wish to emulate the approach taken.

Recipes for institutional adoption of a teacher-driven learning analytics tool

The changing landscape of higher education is putting increasing strain on educators, leading to a diminishing ability to provide pedagogical and pastoral support to ballooning and diversifying cohorts. Learning analytics promises solutions to these challenges for educators, including by personalising learning support and experiences, streamlining data capture and analyses, and providing teachers with new, efficient teaching approaches. However, reports of these impacts, or widespread adoption of learning analytics, or even examples of cross-institutional collaboration are sparse. We argue that this may be because of a lack of educator-driven learning analytics tools that meet their felt needs, and present case studies from three Australian universities that have collaborated to implement such a tool. This tool, the Student Relationship Engagement System (SRES), empowers educators to collect, collate, analyse, and use student engagement and success data that they consider meaningful for their particular contexts. Developed by unfunded educators and widely adopted through collegiate recommendations, the SRES enables personalisation and targeting of student learning and support using relevant data, fostering positive student-teacher relationships and enhancing student engagement. Using the three case studies as a backdrop, we present a revised learning analytics adoption framework focussing on strategy, structure, support, and impact, and use this framework to systematically evaluate the implementation of the SRES at the three institutions to derive ‘recipes’ for adopting an educator-focussed learning analytics platform. We also discuss three core themes emerging from the case studies, around the needs of academics, the role of academic and educational developers, and flexible and agile information technology practices.

Framing the digitally capable university

The proliferation of “literacies” in educational discourse reflect a diverse array of interests, encompassing computer, information, technical, media literacies, and also forms like academic, financial, and health literacies. As digital literacies have become a concern for the higher education curriculum, there has been a tendency to define it as a practical type of operational know-how. This paper sets out a university-wide, holistic and critical approach that breaks from the legacy of institutional framings that narrow digital literacies to a set of skills or competencies. In developing a Digital Literacies Framework, La Trobe University articulated a shared understanding of digital literacies as the capabilities and attitudes that are needed by staff and students ‘in a digitally connected world’. This marks a shift from strategies that primarily deploy institutional curriculum mapping and measurement approaches; rather it argues for an institutional approach that requires collaboration and strategic engagement of students and academic and professional staff in order to meet goals related to building digital capability. The La Trobe Digital Literacies Framework takes a whole of university perspective that integrates policy and practice, providing a rationale for the critical importance of digital literacies in domains of life, work and learning, addressing an implicit ‘Why?’ question from staff and students. The University Library coordinated the Framework development. It was a scholarly undertaking that gathered evidence and reviewed international best practice. In this endeavour, the La Trobe University Library is a leader in the implementation of a university-wide strategy for digital literacies in Australia.

Improving the undergraduate Science experience through an evidence-based framework for design, implementation and evaluation of flipped learning

Flipped Learning (FL) is a student-centred pedagogical approach where new content is introduced prior to class which permits more time during class for active learning. Despite the growing body of evidence of the effectiveness of FL, many educators are reluctant to adopt this approach to teaching or are unsure of how to implement FL in their classes. Many students are uncertain of how to adapt their approaches to learning to a FL curriculum. In response to these challenges and calls for a robust framework to guide the design and implementation of FL, we developed the Flipped Teacher and Flipped Learner (FTFL) Framework based on the pedagogical literature. This paper reports on the use of our FTFL framework in the redesign of a large first year science subject from a traditional delivery to a FL delivery. We evaluated the efficacy of the redesign using a mixed methods approach with data on students’ interactions with FL activities, and student and educator experiences. Findings from two iterations of the redesign indicate successful implementation of FL through high student engagement with online and class materials, and positive feedback from students and academics. Using the FTFL framework to guide the design and integration of FL, with an emphasis on clear communication, is key to our successful FL intervention and support of student learning.

Integrating Translanguaging in Formative Assessments

The study "Integrating Translanguaging in Formative Assessments" investigates how a Chinese immersion classroom Content and Language Integrated Learning (CLIL) educator adopts a translanguaging pedagogy approach to classroom assessments. Using the Translanguaging Design Cycle framework, the research analyses the perspectives of the teacher and students on how assessments reflect their multilingual identities. The researchers collaborated with a seventh-grade teacher to co-develop classroom lessons and assessments, collecting data through classroom observations, interviews, and student work. Their findings show that incorporating translanguaging boosts student engagement, confidence, and critical thinking, allowing students to use their full linguistic range and affirm their multilingual identities. The study advocates embedding translanguaging practices in assessments to authentically capture students' understanding and foster collaboration between educators and researchers. It recommends specialised training for teachers to equip them with practical strategies for effectively implementing translanguaging in assessments.

The changing nature of student engagement during a digital learning task

The construct of student engagement has been useful in understanding students' motivation in digital learning environments where they are required to show increased autonomy and independence in learning. Increasing clarity around this construct has allowed researchers to more accurately describe the nature of student engagement and the context in which it is being investigated. At a task-level, psychological states of engagement have been shown to be beneficial for students' positive learning experience, and performance. Despite this, we still lack knowledge of how these engaged states unfold or sustain during a learning task. In this paper we report on a qualitative study that investigated undergraduate students' experiences of psychological states of engagement in a digital learning task. Findings revealed that the three dimensions of engagement - cognition, affect, and behaviour - changed in intensity, with students experiencing both times of engagement and of not being engaged through the course of a digital learning task.

The combined effects of physical and virtual models in learning cellular biology

Physical models have long been used in science education for visualization of complex cellular structure and dynamics during face-to-face lecture (F2F). Recent advancement of technology has enabled us to create virtual models and to share knowledge remotely. This study aims to find out whether physical and virtual models work synergistically to enhance student engagement in learning an undergraduate Life Sciences module. Three independent experiments were conducted to assess learning effectiveness on three biology concepts through four learning approaches: video with virtual model only, video with integration of virtual and physical model demonstration, F2F lecture using virtual model only, F2F lecture using virtual and physical models. Participants were randomly assigned to different groups each with one learning approach. Data collected through pre- and post-tests revealed that significant improvement in learning scientific concepts occurred in one of three controlled experiments when the video contains both virtual and physical models, while no obvious difference found in the other two experiments. This data suggests that well-prepared digital media alone may convey scientific information well and additional physical models do not aid in information acquisition. However, feedback survey on student learning experience showed that all participants preferred to learn from physical models. In all three experiments, students consistently voted that the physical models attracted their attention and enhanced their interests. They made better mind maps and raised more questions. These hint that a combination of digital media with physical models might improve engagement and promote higher order thinking.

Smart School Application: Enhancing Educational Outcomes and Processes

As digital tools become more integral to education, smart school applications are gaining prominence due to their diverse functionalities, including e-libraries, attendance systems, leader boards, quizzes, event scheduling, real-time notifications, and more. This review delves into how these applications enhance administrative efficiency, foster better communication, increase student engagement, and improve learning outcomes, while also considering the implementation challenges and proposing strategies for successful integration. The paper highlights the necessity for educational institutions to carefully evaluate these technologies before adoption, focusing on how they can effectively enhance academic performance and streamline educational processes. Through a comprehensive exploration of these tools, it provides valuable insights and recommendations for schools contemplating the integration of advanced technological solutions into their educational framework. Key Words: edtech, degitalization, smartschools, performance, management

The impact of a chatbot working as an assistant in a course for supporting student learning and engagement

AbstractNowadays, many digital learning tools can be integrated into a course to enhance the teaching–learning process. It is a fact that technology is changing how students learn and how professors teach. The growing utilization of AI chatbots in education to support students' learning underscores the importance of identifying critical aspects related to students' acceptance of this technology. Teachers require a deeper understanding of how students perceive and respond to chatbot assistance, as well as methods to measure levels of satisfaction, engagement, and knowledge acquired while using these technological tools. The aim of this study was, on the one hand, to illustrate the integration of a chatbot into a course to assist students in solving specific learning activities. On the other hand, it aimed to analyze the correlation between the factors influencing university students' intention to use chatbots and their perceived usefulness. It is noteworthy that the learning activity integrated two technologies: an Integrated Development Environment and a chatbot, offering additional educational value to students. The Technology Acceptance Model was used to measure the students' perceived usefulness and attitude toward this digital learning tool. The findings of this study provided insights to faculty on how to integrate and use chatbots to enhance students' engagement and motivation. The results revealed that the perceived usefulness of chatbots does, in fact, influence students' intention to use them. Most of the students expressed satisfaction with having a chatbot to assist them in solving exercises. Students highlighted that one of the most significant benefits was the 24/7 chatbot's support availability and its user‐friendly interface.

The Progression of Technology Integration in the Music Classroom to Support Student Engagement: Part I-Using Google Keep

Pre-pandemic, technology integration into music lessons was helpful but not a necessity for effectively teaching elementary music. Those who believed technology integration was important for student engagement, as well as those comfortable with their technological skills, were experimenting with tools on an interactive board or through a website within a whole group. This article presents solutions to the challenges of integrating technology in the general music classroom setting. Specifically, this article explains a music activity using Google Keep, a note and list application not typically used to teach music, and the steps for integrating technology and providing feedback using student discourse.

Gamification as a Didactic Motivator in Low-Resource Public English as a Foreign Language (EFL) Classrooms in Ecuador

The present article explores the feasibility and impacts of Gamification as a motivational tool in classrooms within low-resource public institutions in Ecuador, particularly in teaching English as a Foreign Language. By integrating game design elements into the educational process, teachers tend to enhance student motivation, thus creating a more effective environment for language learning. Traditionally, educators in Ecuadorian public institutions face challenges in engaging students in their classes, often due to outdated teaching methodologies and limited access to educational and technological resources. This study focuses on how gamification can increase student motivation and foster a more stimulating and enjoyable learning environment in low-resource settings concerning English as a Foreign Language instruction. Through the incorporation of gaming elements, teachers can improve language acquisition, student engagement, and encourage collaborative learning, as evidenced by previous studies. The utilization of a qualitative-deductive approach allowed for data collection through an extensive literature review across various educational contexts. Results suggest that Gamification offers a promising perspective for overcoming challenges in traditional education, promoting active student participation. Additionally, the findings highlight the potential of Gamification to revolutionize teaching practice and enrich the entire educational experience.

Enhancing self‐regulated learning in engineering education with lightboard videos as a support tool

AbstractBackgroundFor engineering students, a lack of motivation and continuous study are common issues that lie in low academic performance. Active teaching with audio‐visual systems, on the one hand, and self‐regulated learning methodologies, on the other, have shown to have a high potential in these aspects.PurposeAssessing a proposal based on a self‐assessment and integrating it into a traditional teaching process to improve student engagement and performance.Design/MethodWhen once explanation of a thematic block was complete, we set a series of exercises encompassing key concepts for students to solve at home within a limited time. Students then had to upload their solutions to an e‐Learning platform and subsequently received dynamic videos, created using a lightboard studio, showing solutions to the exercises to assess their level of learning through self‐evaluation.ResultsThe activity was highly valued by the students. They were more motivated in their studies than the control group, which is reflected in increased participation in the course and in the number of students who sat for the exams. However, according to the metrics of the videos and their responses to the questionnaires, students did not fully utilise the available resources. This is likely due to the extrinsic motivation facilitated or failure to treat the self‐assessments as exam simulations. This resulted in academic performance that is very similar to that of the control group.ConclusionsThe results obtained demonstrate the usefulness of the teaching proposal for the purpose of this work, although it requires some improvements.