Implementation Of Flipped Learning Research Articles

유아교육 전공 대학생들의 셀프리더십, 학습태도, 학업성취와의 관계에 대한 연구: 플립드러닝을 적용한 교직수업을 중심으로

Objectives As learner-centered teaching methods emerge as a new paradigm in education, the flipped learning approach is increasingly being utilized in universities. This study aims to identify the relationship between flipped learning attitudes and self-leadership among university students majoring in early childhood education, partic-ularly within teacher education courses. It seeks to determine which specific self-leadership strategies sig-nificantly influence learning attitudes and academic achievement. Through this analysis, the study intends to ex-plore the potential for effectively utilizing self-leadership in flipped learning in the future. Methods The subjects of the study were 61 first-year students majoring in Early Childhood Education at B University in Seoul. Data collection took place from March to June 2024. The collected data were analyzed using Jamovi 2.25 for correlation analysis, multiple regression analysis, and ANOVA. Results A positive correlation (r = .53) was found between flipped learning attitudes and self-leadership. Among the three self-leadership strategies, the constructive thought pattern strategies significantly influenced flipped learning attitudes. Differences between academic achievement groups were confirmed, particularly between the A-grade group and the B-grade group, in terms of flipped learning attitudes, self-leadership, and the constructive thought pattern strategies as a sub-strategy of self-leadership. Conclusions Self-leadership, particularly the constructive thought pattern strategies, plays an important role in the effective application of flipped learning and can enhance students' academic achievement. Instructors need to develop support measures that can strengthen this self-leadership for the successful implementation of flipped learning. The significance of this study lies in confirming the influence of self-leadership, especially the con-structive thought pattern strategies, in a flipped learning environment. Based on these findings, universities could establish strategies for teaching and learning and support students by utilizing self-leadership.

Implementation of flipped learning to increase student learning activeness in the combustion engine lecture

This study aims to determine the increase in learning activeness of Sebelas Maret University students in the mechanical engineering education study program through the implementation of a flipped learning model in the combustion engine lecture. This research is classroom action research. The action taken is to apply the flipped learning model in the combustion engine lecture. The subjects of this study were 42 students in the second semester of the mechanical engineering education study program. This classroom action research design refers to the Kemmis and Taggart model. The research was conducted in three cycles, each consisting of planning, implementation, observation, and reflection. Data collection was done through observation, interviews, and documentation. The instrument validity test was carried out with construct validity using expert opinions. Data analysis was carried out in a comparative-descriptive way. The results of this classroom action research show that implementing the flipped learning model can increase the learning activeness of students in the combustion engine lecture. In the pre-cycle stage, student learning activeness only reached 45.24% of active learning students. In cycle 1, by implementing a flipped learning model, students learning activeness reached 81.99%, cycle 2 increased to 87.43%, and cycle 3 increased to 91.74%. The conclusion of this research is that the implementation of the flipped learning model can increase the learning activeness of the mechanical engineering education study program Sebelas Maret University students in the combustion engine lecture. Based on the results of this research, it is highly recommended to use the flipped learning model in lectures, especially in vocational education, increasing student learning activeness will have an impact on increasing student learning achievement.

Implementing a Flipped Learning Approach With TPACK in Grades 6 to 9

In this design-based study, a flipped learning approach using audio-visual resources as prelearning activities was examined in grades 6, 7, and 9 with four teachers and 65 students over one school year. The purpose of this study was to explore the implementation of a technology-enhanced pedagogy in science, math, and social studies. The implementation was sequenced to provide students who were also learning the English language with an opportunity to practice engaging with curriculum concepts through viewing prelearning videos with language tailored by the teacher and with embedded questions, prior to in-classroom learning activities. The technological, pedagogical, and content knowledge (TPACK) framework was used to inform the instructional design for the flipped learning activities. Monthly teacher-researcher professional learning sessions were held, and data were gathered from teachers’ reflections and a student survey. Results indicated that teachers had more class time to support students with enrichment, remediation, small group work, and active learning. Students reported that the prelearning video activities benefited their learning and complemented in-class learning activities. This study serves to inform teachers and schools considering implementation of flipped learning to support students’ understanding of content knowledge and English language learning, and researchers studying designs using flipped learning sequences.

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.

Enhancing Student Engagement in a Flipped Hindi Classroom through Classroom Response Systems

Flipped learning, known for promoting critical thinking and learner-centric environments, faces a challenge in crafting effective in-class strategies, particularly in language classes. This study presents a flipped learning class centered around instant feedback integration. The goal is to enhance student engagement in a Hindi flipped classroom by combining Classroom Response System (CRS) with deliberate instructional strategies. While CRS is recognized for promoting active learning, limited research exists on designing effective in-class activities using CRS in a flipped setting. In this Hindi class, the flipped learning implementation extended beyond video lectures, encompassing quizzes and student-generated questions. This innovative approach emphasizes student autonomy, engagement, and critical thinking to foster active participation. A survey was conducted to evaluate the perceptions of 33 students enrolled in the ‘Intermediate Hindi I’ course regarding the CRS-based flipped learning, with focus on Satisfaction (S), Engagement (E), and Relevance (R). Employing a mixed-methods sequential explanatory design, the study revealed significant correlations between academic performance scores, attendance rates, and interest in CRS-based flipped learning. Higher academic performances were associated with increased interest, while lower academic performances showed diminished interest. A Focus Group Interview with low-performing students further supported these findings. Overall, this research sheds light on the effectiveness of CRS-based flipped learning in a language class, emphasizing the impact on student outcomes based on academic performances and attendance.

A review of flipped learning in innovative math education

<span lang="EN-US">Many systematic reviews have examined flipped learning models in various fields. However, there is little research on the use of the flipped learning model in mathematics education, which could help researchers and practitioners use and develop a model to implement mathematics learning processes. To fill this gap, this study aimed to analyze and synthesize current knowledge and practices in the implementation of flipped learning in mathematics education. Systematic literature review was adopted as the research method following an article selection and screening process using the preferred reporting items for systematic review and meta-analysis (PRISMA) protocol. Articles published from 2012 to 2021 in some reputable databases (Web of Science, Scopus, and ERIC) were reviewed, and 17 of 137 articles were included for detailed analysis and synthesis. The findings of this study showed that research in the implementation of the flipped learning model in mathematics education focused on documenting the affectivity of the implementation of the flipped learning model, developing learning processes, and sharing preliminary findings and student feedback. Future research is highly recommended to examine different aspects of flipped learning implementation, promote longitudinal data based on multi-year research for implementing flipped learning, and review various learning media to strengthen students’ understanding of mathematics.</span>

Flipped Learning as a Solution to Increase Motivation and Academic Achievement: Five Weeks of Mixed Research

In recent years, studies have shown a decrease in students' motivation and academic achievement in physical education at the university level. This research seeks to address this problem. Specifically, this study aims to investigate the effects of the Flipped Learning model and its potential to increase motivation and academic achievement. This study employed a mixed method. Participants (n=40) were students at the State University of Surabaya (Indonesia). Each participant was placed either in an experimental group that received the flipped learning program (n=20) or a control group whose classes were conducted using traditional methods (n=20). A quantitative research instrument, namely a questionnaire on motivation in physical education classes, was used to measure motivation. Meanwhile, test results were used as indicators to review the progress in student academic achievement. The qualitative research instrument consisted of in-depth interviews lasting 40 minutes. Quantitative data analysis was carried out using IBM SPSS, and qualitative data were subjected to thematic analysis. The findings from this study make several contributions to the current literature. First, the quantitative study showed that flipped learning significantly increased motivation (p<0.05). Second, the study found that flipped learning helped increase students’ academic achievement (p<0.05). These significant benefits were not found in the control group (p>0.05). Meanwhile, the qualitative findings showed that participants had both positive and negative views of the implementation of flipped learning. Thus, it can be concluded that Flipped Learning is an effective way to increase motivation in physical education classes and, in turn, to improve academic achievement.

Business studies teachers' understanding and implementation of flipped learning in technology-enhanced classrooms

There is a growing demand nowadays for teachers to shift from teacher-centred to learner-centred teaching methods. In accordance with this, novel teaching methods such as flipped learning have been devised. This study explores business studies teachers' understanding and implementation of flipped learning in technology-enhanced classrooms. This qualitative study is underpinned by an interpretive paradigm. A phenomenology research design was adopted and six business studies teachers from six secondary schools located in the KwaZulu-Natal province of South Africa were conveniently sampled. Interviews and classroom observations were used to collect data. Thematic analysis was adopted to analyse data collected through the interviews, and data generated through classroom observations were also analysed thematically. The study found that some teachers did not fully understand and implement flipped learning. Therefore, the study recommends that teachers undergo in-service training to orientate them to novel teaching methods such as flipped learning.

Implementation of flipped learning with flipbook media assistance on learning outcomes and critical thinking abilities

This research was conducted as a sort of classroom action research with two learning cycles to examine whether flipped learning aided by flipbook media may enhance students' cognitive learning outcomes and critical thinking skills. This research's population consisted of tenth-grade Madrasah Aliyah Al Misri Curahmalang students for the academic year 2021-2022. Methods for collecting data include interviews, tests, observations, and documentation. The classical completeness of cognitive learning outcomes increased from 19% in the first cycle to 97% in the second cycle, according to the research findings. Whereas critical thinking abilities were acquired in the first cycle, just one student met critical criteria. In contrast, six students exceeded crucial criteria, and twenty students exceeded critical criteria in the second cycle. Based on the analyzed research findings, it is possible to conclude that flipped learning aided by flipbook media can enhance students' cognitive learning outcomes and critical thinking skills.

Factors affecting students’ perception of flipped learning over time in a teacher training program

The flipped learning methodology could play a key role in teacher training, as it exposes future teachers to experience this active methodology as students. With the purpose of shedding light on how students' perceptions may vary over time and how they can be related to the improvement of the flipped learning methodology, our study explores different factors in an eight-year period. Specifically, we analyse teaching performance considering data on students' perceptions from the 2015–2016 academic year to 2022–2023 of a course embedded within a master s degree in teacher training in Spain. Once future teachers had experienced flipped learning as students, a sample of 338 completed a survey regarding their perceptions of the flipped classroom approach and the instructor role. In our study, the more experienced the instructor, the better perception the students showed on both the flipped learning methodology and the performance of their teacher. In particular, we found that future teachers had (i) a good or very good opinion about flipped learning, regardless of their gender (ii) a more positive perception about flipped learning, teaching performance and course development in the last five academic years, (iii) no remarkable differences between study specialisations in those last academic years, and (iv) a better opinion about the flipped learning model when they have best grades. We discuss our findings according to six factors that affect the flipped learning experience and, thus, students' perception of flipped learning over time: “student characteristics”, “teacher characteristics”, “implementation”, “task characteristics”, “out-of-class activities” and “in-class activities”—factors already unveiled by a recent state-of-the-art review to enhance the effectiveness of flipped classroom. We can conclude that the instructor's teaching experience is a key factor that affects the implementation of flipped learning, influencing students' perception and, consequently, the success of this active methodology.

A systematic review on flipped classrooms in English language teaching in Vietnam

The purpose of this research is to provide a systematic review on the flipped classroom (FL) approach in English language teaching (ELT) in Vietnam in terms of the trends and the key results, based on 12 published articles. A content analysis method was employed to analyze the collected papers. The findings indicated that the implementation of flipped learning appeared to gradually increase in Vietnam since 2017 and remain its prosperity in the higher education context. Also, the results revealed that a variety of research methods were used in selected articles; however, the most common one was the mixed method. Moreover, grammar and speaking skills were the two basic language skills being commonly studied. Additionally, the flipped learning was shown to not only produce an improvement on learners’ achievement but also positively affect their perspectives toward its application. The findings also pointed out some challenges and benefits concerning the utilization of the FC in ELT in Vietnam. Finally, some suggestions were provided to educators and future scholars.

EFL Students’ Perceptions on Flipped Learning in an English Grammar Class

The objective of this research was to investigate EFL students’ perceptions on the implementation of flipped learning. Employing a concurrent mixed method of data gathering techniques, this research was conducted in an English Literature Study Program of a private university in Padang, West Sumatera Province. The participants were fourth-semester students in an intermediate English grammar who were encouraged to actively participate in the class. The flipped instruction was implemented in four meetings. At the end of the sessions, a Google form questionnaire was handed out. Quantitative and qualitative data analysis found out that most students expressed positive perceptions on flipped learning, as indicated by its efficacy to facilitate preparation for offline sessions, making them more active, and completing grammar exercises better. Overall, flipped learning was acknowledged to be effective for English grammar in this study, despite few suggestions for the lecturers to assist them understanding material better.

Enhancement of Technology in Pedagogy and Practice in Higher Education during Covid-19

The Spread of new forms of technology has inundated the learning System of the student at all levels, especially the higher education level. The efficacy of teaching students to keep pace with evolution without understanding how they will learn. This is the start of an endless journey. Students are always fascinated by digital gadgets and interact more when they find new things; this is one of the reasons integrating new technologies, and interactive tools is very important in this stage of the learning process. Adopting technology in higher education is an innovation that does not cause any disruption to traditional learning mechanisms but rather contributes to the learning evolution. Higher education institutions face many challenges when adopting new technology to their pedagogical style and teaching method because of the growing student numbers and the application of these techniques and methods for students from Different categories and timing. The flipped learning approach we adopted helped us start our Journey smoothly during the Covid 19 pandemic. In continuation to the approach that we adopted of giving students a different and fulfilling learning experience, Middle East College is working on improving the implementation of flipped learning redefined in the context of Online and blended learning. During this phase, the main aim is to enhance the effectiveness of flipped learning in online teaching in delivering and planning synchronous and asynchronous Activities. Also, it helps to improve the interaction of the students with the given materials. This study focuses on enhancing technology in pedagogy and practice in higher education. Where will this study identify the staff member's technological needs and how learning was influenced? In addition, it will highlight the mechanisms used to facilitate the collaboration and interactions between students and Faculties to improve the learning experience, inspire students to learn in an active environment, and encourage Learning Ownership for Lifelong learning.

Designing flipped learning in initial teacher education: The experiences of two teacher educators

The move to online learning triggered by COVID-19 lockdowns in 2020 and 2021 necessitated a rapid movement to effectively design synchronous digital learning environments. In such environments research suggests that a flipped approach to teaching and learning is most appropriate in learning environments mediated by technologies. This article examines the experiences of two teacher educators in dealing with online learning environments in a time of change and examines the shift to a flipped approach in teaching literacy units that are part of a postgraduate initial teacher education degree at a university in Melbourne, Australia. The article presents a collaborative autoethnography of the experiences of the teacher educators, shared as a set of curated narrative vignettes, and analyses the thinking that supports the implementation of flipped learning. These practice narratives are understood through the lens of collaborative learning theory which emphasises negotiated meanings and knowledge creation within groups. In post-COVID times this article points to future possibilities for a flipped learning approach in hybrid or mixed learning environments and offers a conceptual process model for designing learning in response to change. Implications for practice or policy: Teacher educators may need to reconsider learning design for online and hybrid environments. Universities may need to be more open to student-centred pedagogies such as flipped learning. Leaders and policymakers in higher education should give more attention to student agency and active learning in educational delivery.

Flipped learning as a learning method for students of sports coaching education during the COVID-19 pandemic: a systematic literature review

The ongoing COVID-19 pandemic has resulted in the inability to carry out face-to-face lectures in all universities, including courses for sports science students. It results in less than optimal learning outcomes during the pandemic. Since the closing of face-to-face lectures, most universities in Indonesia have used virtual classrooms in the implementation of learning. However, the data shows that lessons in virtual classrooms without appropriate learning methods can result in a learning loss. This literature review study aims to analyze the effectiveness of flipped learning as a learning solution during the pandemic. The technique used in this study was a literature review. A systematic search of literature regarding the implementation of flipped learning during the pandemic, and the obstacles to the teaching and learning process for sports science students during the pandemic, were conducted on the PubMed, Scopus, Google Scholar, and Semantic Scholar databases. The literature analysis used the Preferred Reporting Items for Systematic Review and Meta-Analyses (PRISMA) method. A total of seven articles were selected for review. The article review results revealed that implementing flipped learning increased students’ motivation, participation, and learning performance. To conclude, flipped learning can be applied to students in sports science to increase their motivation, participation, and learning outcomes.

Flipped Learning: Asynchronous and Synchronous Models in Online Class to Improve the Learning Outcomes

Flipped learning is a strategy for assisting the online learning process. This study attempts to adopt it in an online class using a quasi-experimental design with a post-test-only control to examine its effects on student learning outcomes. Data was obtained from reading tests administered to students enrolled in the fifth semester of the English Education Department at IAIN (State Islamic Institute) of Palopo. This study discovered at least three findings suggesting that flipped learning improves student learning outcomes significantly. First, students' mean score in the experimental class is higher (x = 70.11) than in the control class (x = 58.70). Second, the significance value (Sig. 2-tailed) is 0.000<0.05, indicating a significant effect of the experimental class implementation of flipped learning. Third, the effect size is 1.106 with an influence percentage of 86 percent which categorized has a large effect based on Cohen’s criteria. The author proposes utilizing a flipped learning technique as a substitute for online learning in light of the findings.

A Flipped Learning Model in a College Physical Education Dance Course: A Non-experimental Design

Teaching Physical Education has been plagued with issues on limited class time, gap between concept and practice, and use of traditional assessment methods. Thus, this study implemented flipped learning (FL), specifically the SPRING framework in a college dance course, to address these problems through the promotion of more student agency, in-depth learning, and enhancement of 21^st century skills. Since there is a dearth of FL studies that focus on a PE context in the country, this study then sheds light on whether flipped learning model can help improve the conceptual understanding and procedural fluency of the students in a dance course. Using statistical treatment, this study examined (1) the conceptual understanding and procedural fluency of the students through the results of the practical tests done before the major exams and the actual major exams, (2) the proportion of the students with improved performance scores, (3) the significant difference of the mean performance scores before and after the intervention, as well as (4) the difference between the male and female students' scores in both assessments. The results revealed that though the pilot implementation of FL in the PE course in the university yielded generally positive outcomes, some obstacles need to be addressed like technological and logistical limitations due to the sudden shift to remote learning during the pandemic, lack of readiness of the students to regulate their own learning and exhibit other relevant 21^st century skills under pressure and uncertain times, and gap between the male and female students performance due to possible latent gender issues in dance education that restrict students' creativity. Thus, the institution needs to provide even more technological, communication, and psychological support for the students to perform better and with more ease whether in a purely online or blended FL environment. More discussions and activities on gender inclusivity in dance classes are also advised to further break barriers against students' artistic freedom and imagination.

THEMATIC ANALYSIS OF ARTICLES ON FLIPPED LEARNING IN MATHEMATICS EDUCATION

Researchers strive to create learning environments where they can apply technology and different teaching methods together. Flipped learning has been a popular approach in recent years because it offers opportunities for both online and offline learning. The present study aims to conduct a thematic analysis of articles on the use of the flipped learning model in mathematics courses. Meta-thematic analysis was adopted as the research method. In this context, for the study, 69 articles were selected from among those published between 2015 and June 2020. As a result, it was found that these studies on flipped learning in mathematics education were conducted primarily with undergraduate students, whereas insufficient numbers of studies have been conducted with primary school, middle school, and high school students and pre-service teachers. Researchers have often preferred the subject of analysis while implementing the model. Studies on the flipped learning model in mathematics have mainly aimed to examine academic performance and students’ perceptions regarding the model. Although it can be argued that the flipped learning model positively affects the mathematical performance of students, studies have also reported that it had no effect on performance compared to traditional teaching methods. In addition, the present study provides comprehensive data on the positive and negative aspects of the use of the flipped learning model in mathematics courses. However, comprehensive, extensive, and long-term studies are needed to provide more clear results on the implementation of flipped learning in mathematics courses.

Design of New Evaluation Model Based on Discrepancy Daiwi Asuri Sampad

The effectiveness of flipped learning can be realized if the dominant aspects that become positive and negative inequalities are known from the beginning. Positive inequality is used to indicate aspects that support the successful flipped learning implementation. Negative inequality is used to indicate aspects that need attention for improvement in a better direction. The reality is very difficult to determine the aspects that are included in the positive and negative inequalities. Therefore, an innovation of the IT education evaluation model is needed to be able to solve those problems. The DIVAYANA model that is modified with the Discrepancy model and integrated with the Daiwi Sampad and Asuri Sampad concepts can be used as an innovation in the field of IT education evaluation. The main objective of this research was to show the design quality of the new evaluation model integrated with Balinese local wisdom. It is called the DIVAYANA model based on the Discrepancy Daiwi Asuri Sampad which can be used to evaluate the effectiveness of flipped learning implementation at IT vocational schools. This research was carried out by following the stages of the Borg and Gall development model. This research only focused on five stages from a total of ten development stages. Those stages included: 1) research and field data collection, 2) planning, 3) design development, 4) initial trials, and 5) revision of initial trials. The subjects involved in collecting field data were six people. The subjects involved in planning and designing of evaluation model were three people. The subjects involved in the initial trials were 44 people. Subjects involved in the revision of initial trial results were three people. Questionnaires were used to collect field data and conduct preliminary trials. The results of data collection from the initial trial results were analyzed using quantitative descriptive analysis techniques by percentage descriptive calculations. The results showed that the quality level of the DIVAYANA model design based on the Discrepancy Daiwi Asuri Sampadwas 88.25%. So that the design was included in the good category and can be used to determine the dominant aspects that become the positive and negative inequalities in flipped learning implementation. The contribution of this research to the field of education is to show the existence of a new evaluation model in the IT education field which can be used to determine the dominant aspects that become positive and negative inequalities in supporting the successful flipped learning implementation at IT vocational schools. Doi: 10.28991/ESJ-2022-06-01-013 Full Text: PDF

Assessment of Flipped Learning as an Innovative Method of Teaching English: A Case Study

The article aims to assess the efficiency of flipped learning as one of the most up-to-date methods when teaching English for the EFL students in Ukraine. The significance of the study bases on the necessity to implement advanced teaching practices during the COVID-19 pandemic since online learning requires constructive changes in the traditional system of education. It is necessary to shift from the direct knowledge transfer to searching and cognition of new information by students, to change the teacher’s role to being ‘a facilitator’ and organizer of various academic activities. The article outlines the main characteristics of flipped learning, including flexibility, individualization, differentiation, and opportunities for students to learn at any place or time. The contribution of this research is to estimate new experiences of University students due to flipped learning implementation. It was achieved due to analyzing responses to the survey-based questionnaire of 48 learners and 23 teachers of the Department of Foreign Philology and Translation of Vinnytsia Institute of Trade and Economics of Kyiv National University of Trade and Economics, evaluation of students’ performance, attendance, and attitude to the study. In order to verify results of the research, a descriptive statistical and analytical method was applied. The study results reveal that implementation of flipped learning made the educational process more effective and innovative as it improved students’ progress in language learning performance, increased their motivation and involvement, and made them more interested in learning English.