Online Learning Environment Research Articles

The effect of collaboration and utilisation of academic coaches in online learning environments

A nursing shortage is being felt across the US and the problem was only amplified by the COVID-19 pandemic that began in late 2019. There are many registered nurses (RN) who hold an Associate of Science in Nursing (ASN) degree; however, hiring new RNs with a Bachelor of Science in Nursing (BSN) is a national priority. Therefore, the University System of Georgia (USG) established a Cooperative Academic Agreement of 13 institutions in Georgia which offer the RN to Bachelor of Science in Nursing (RN to BSN) programme. In an attempt to increase pre-licensure programme enrolment and capacity, RN to BSN faculty were released to teach in pre-licensure programmes. For the Cooperative Academic Agreement to be utilised to its full potential, academic coaches were hired to assist students in the successful progression through the collaborative courses. The purpose of this longitudinal study was to examine students’ perceptions of support provided by academic coaches in an online learning environment. To assess students’ perception, the researchers added five items to the course evaluation administered in the collaborative courses. Although the response rate was low, the results from the course evaluations suggest that students perceived the academic coaches positively contributed to their academic success.

Research on Online Teaching Method of University Systems based on Artificial Intelligence

Online teaching plays an important role in modern education, and online teaching platforms have gradually become an important direction for the modernization of university education. Limited by technical factors, traditional online teaching platforms have problems such as small user capacity, poor carrying capacity, and poor stability. Therefore, to meet students’ diversified online learning needs, in this paper, a new online teaching platform is designed based on artificial intelligence technology, and it can carry more concurrent users and meet the teaching needs of colleges and universities to the greatest extent in the online learning environment where there are many students.

Equipping Extension Professionals to Lead Volunteer Systems: An Evaluation of an Online Course

Extension professionals enter their role with content-specific expertise; however, experience in volunteer leadership and management competencies is often limited. This study focused on the effectiveness of the Achieving the Extension Mission Through Volunteers (AEMTV) course in preparing professionals to use the Identification, Selection, Orientation, Training, Utilization, Recognition, Evaluation (ISOTURE) model to learn and apply volunteer systems concepts in a cohort-based online learning environment. We used quantitative and qualitative methods to assess how the course impacted participants and the programs they lead. Data from 127 participants indicated they increased their knowledge, improved volunteer systems, and influenced the quality of programming delivered in communities. Our research confirmed that the ISOTURE model (Boyce, 1971; Dolan, 1969) continues to be an effective framework for learning and applying volunteer systems management practices. We recommend that Extension collaborates across states to formalize and create additional online professional development relevant to all program areas to elevate Extension’s impact nationally.

Fun and Different Course

This article examines how one instructor employs the principles of gamification in an introductory U.S. history survey. Through the use of a "choose your own grading adventure," which includes 350 assessment choices, the instructor has created a course where students exercise their autonomy and demonstrate their competency over course content. The article argues that gamifying an introductory college-level survey has many advantages for students. Most notably, the course's grading adventure motivates students to complete work in one of the more difficult course modalities -- an asynchronous online learning environment -- as evidenced by the high proportion of students who earn an A each semester.

Teaching roles and communication strategies in interactive web broadcasts for practical lab and field work at a distance

Despite the widespread use of synchronous technologies in online and distance learning environments, it is still challenging for distance educators to use effective pedagogical strategies and ensure the best possible interaction for undergraduate students. Within science disciplines, teaching and learning are particularly challenging due to not being co-located with actual experimental equipment in laboratory or field settings. Compared to face-to-face practical work, socio-emotional challenges can exist in distance practical work. For instance, face-to-face settings make feedback, rapport and relationship-building more readily available whereas interaction and support may be hampered, delayed, or require frequent fostering in an online or distance learning environment. Several interactive learning environments can mitigate these challenges. For example, students and lecturers can converse in real-time using webcasting technologies as a way to observe practical work and enhance cognitive and affective engagement. Team-teaching and effective communication strategies can provide pedagogical and social synergy as well as increased student interaction and engagement. This study investigates the teaching roles and communication strategies teaching teams used in interactive web broadcasts across five undergraduate practical science and technology modules at a distance-learning university. Using a qualitative approach, the study used interaction analysis methods to analyse 14 web broadcast transcripts and text-chat logs. Focus groups, semi-structured interviews and questionnaire data from the teaching teams and students were conducted to gain a fuller picture of experiences using and engaging with web broadcasts. Results show that affective communication strategies predominated the web broadcasts although the most frequent was a cognitive strategy. The use of these strategies varied depending on the role that the teaching team occupied during the web broadcasts. Triangulation, which was applied to confirm the results from various methods, showed that the strategies used satisfied the interests and expectations of the students. The results are applicable to other distance and conventional campus-based institutions that offer courses in practical science and technology as well as those that deliver courses via synchronous delivery methods with a focus on student engagement and practical work.

The interplay between self-regulated learning behavioral factors and students’ performance in English language learning through Moodle

The increasing popularity of online learning environments, such as Moodle LMS, has led to a growing interest in identifying factors contributing to student success in language learning. Self-regulated learning behaviors, such as goal setting, planning, and self-monitoring, have been identified as key predictors of academic achievement. However, limited research on how these behaviors relate to success in online language learning environments is limited. This study aimed to identify self-regulation learning factors and assess behaviors in English language teaching through Moodle LMS by analyzing trace data. The study analyzed trace data from 1523 English language learners in a Moodle course and identified several behavioral factors. The final course point in English language learning is significantly predicted, including the number of completed quizzes, middle course points, engagement with course materials, time spent on tasks, completion score quizzes, access time in total, and pacing. The study found that completing quizzes was the strongest predictor of the final course point, followed by time spent on task, access time in total, and middle course point. The findings suggest that educators can use the identified behavioral factors to promote self-regulated learning online and develop interventions to support students struggling with self-regulated learning. The studies include using trace data to analyze behavioral patterns and focusing on self-regulated learning factors in online language learning. The study provides important insights into self-regulated learning factors and behaviors in English language learning through Moodle LMS, which can inform the development of effective interventions to support students in online language learning environments.

원격대학 군인 성인학습자의 ‘유연한 온라인수업(On-Flex Teaching)’ 환경에서 학생참여 및 학업성취 분석

In this study, we designed a flexible online teaching environment (On-Flex Teaching) that allows military adult learners, who have greater difficulties in securing study time regularly than ordinary office workers, to participate in their studies on their own initiative. Their academic participation and academic performance were analyzed through analysis of variance and mediation model analysis. As a result of the analysis, in a flexible online learning environment, the group that implemented the pre-study plan performed more learning activities such as downloading lesson plans, answering class questions, and self-evaluation and had higher academic achievement scores than the group that did not follow the plan. Students who performed flexible, self-directed learning activities by flexibly changing the exam time to suit their own circumstances showed higher academic achievement scores through downloading lesson plans and self-evaluation than the group that followed a prior evaluation plan. In addition, as a result of analyzing the mediation model to determine whether the level of self-directed student participation influences the relationship between the degree of implementation of prior study plans and academic achievement, the results showed that establishing study plans increased self-evaluation scores (p<.001) and downloading lesson plans by increasing the number (p<.05), it was found to have a statistically significant positive effect on the total score. Through these results, this study shows that a self-directed, flexible online teaching environment that enables self-directed learning for military adult learners increases students' class participation behavior, As a result, the significance can be found in the fact that major factors that have a positive impact on academic achievement were identified.

Investigating learning designers’ perceptions of student cognitive engagement in online learning

Online learning has rapidly grown internationally in Higher Education due to advanced digital technologies and the COVID-19 pandemic. In addition, it offers flexibility and convenience for students. According to Meyer (2014), student engagement has a positive relationship with student satisfaction, persistence and academic performance, particularly in online learning environments. This pilot study aims to investigate how learning designers perceive students' cognitive engagement in online learning to inform the design and creation of online tasks and activities that foster these behaviours. Eight learning designers from two Australian universities participated in semi-structured interviews. They were asked three sets of questions in relation to students’ cognitive engagement during three types of interactions (Moore, 1989) – learner-to-teacher, learner-to-learner and learner-to-content interactions in online learning. Research indicates that these interactions foster student engagement in online learning environments (Bolliger & Martin, 2018; Kennedy, 2020; Martin & Bolliger, 2018). Thematic analysis (Braun & Clarke, 2012) was used to analyse the semi-structured interview transcripts. The data revealed three principal themes: (1) learning design considerations at the unit design and activity levels, (2) student learning footprints in an LMS and their artefacts, and (3) teachers’ and students’ preparedness prior to and during the units and virtual classes. First, eight design considerations were suggested by learning designers to create effective and engaging online learning environments. These design considerations were broad-ranging and encompassed the type of pedagogical strategies, the learning environment, content structure and concept checks to improve cognitive engagement. Furthermore, most of them tended to believe that interactive and collaborative activities could foster cognitive engagement in online learning. Second, the students’ learning footprint and their artefacts relate to their qualitative or quantitative contribution during the learning process. In this study, the student learning footprint includes the relevance of responses and individual student’s analytics in LMS (e.g., the number of clicks in LMS, the time spent watching videos, etc). It was not decisive which, if any of these, would provide better engagement, but both were suggested by learning designers as indicative of cognitive engagement. Finally, an unexpected descriptor for cognitive engagement, but a reasonably common suggestion from learning designers was that the preparedness of students and teachers was a factor that could impact the cognitive engagement of students. This included whether students had sufficient underpinning knowledge, prior experience of the subject or so much prior knowledge that they disengaged from “too simple” content and concepts. The preparedness of teachers extended to the clarity of instruction, whether they knew the intention of what they were teaching, and whether students were aware of where this was taking them. In future studies, we intend to explore how university teachers and students perceive cognitive engagement while preparing and during online teaching and learning and the correlations between the perceptions of learning designers, teachers and students. We hope the final findings can shape the teaching and learning process in Australian universities to provide an effective and engaging learning experience for students.

Students’ perception of attending online learning sessions post-pandemic

Online learning platforms have become integral to modern education, especially during the COVID-19 pandemic, as they offer a dynamic environment for remote education. This study focused on evaluating postgraduate students' and Ph.D. scholars' perceptions of online learning platforms at the Vel Tech Rangarajan Dr. Sagunthala R&D Institute of Science and Technology, School of Management Studies. Employing a descriptive research design, this study utilized convenience sampling and distributed a Google Forms to 218 students in March 2023. In total, 104 responses were received. However, 101 questionnaires were found to be valid and fit the analysis. The study used a five-point Likert-scale questionnaire to collect data on students' perceptions of four factors (educational system quality, information quality, ease of use, and usefulness). The study employed statistical packages for social sciences (SPSS) and SmartPLS4 were used for data analysis. The study used data analysis techniques such as descriptive statistics, Pearson correlation, construct reliability and validity, convergent validity, outer loadings, R-square, and f-square to evaluate the reliability, data quality, and fitness of the model. Apart from that, path coefficient was run to examine the level of influence of the independent variables on students' perceptions. The findings supported the hypotheses related to the positive correlation between educational system quality, ease of use, and overall satisfaction with online learning. However, this study challenged the hypothesis that information quality significantly affects student perceptions of online learning. While this study did not provide strong statistical evidence for the positive relationship between the perception of information quality and students' intention to attend online learning sessions, it highlights the importance of ensuring high-quality educational materials and considering other factors that influence students' decisions in online learning. The findings suggest that focusing on these aspects can enhance student satisfaction, engagement, and motivation in online learning environments. Moreover, educators and institutions should capitalize on the unique advantages of online learning, such as flexibility and multimedia-rich content. In conclusion, this study provides valuable insights into the complex interplay between students' perceptions of online learning platforms and their intentions and behaviors. The implications discussed offer guidance to educators and platform developers to enhance the design, implementation, and effectiveness of online learning experiences. This study also identified future research directions, emphasizing the need for more comprehensive studies, considering additional predictor variables, incorporating qualitative data, and conducting longitudinal research.

The Holodeck model, learning environments, and resilience in higher education

This paper proposes a flexible framework for developing asynchronous online learning environments for multidisciplinary contexts at an Australian university. The project addresses the need to build organisational resilience following the fragility demonstrated by educational institutions during the emergency transition to online learning in 2020. The paper examines the challenges experienced by staff and students, the future implications and the potential of the Holodeck model of a learning environment in circumventing these barriers. The analysis of the strategies implemented through various educational technologies in criminology, teacher education, international relations and research methodology, demonstrated its applicability in diverse academic fields. The paper promotes the capacity of the Holodeck-based framework to provide systematic support structures for university online and on-campus programs, and, consequently, to develop institutional resilience in multidisciplinary university contexts. The paper also outlines the next phase of the project, focusing on a student perspective of the use of the Holodeck model.

Learning design principles that cultivate future-oriented students

The use of technology-enhanced learning in higher education has increased significantly. While this has led to greater flexibility in delivery and enhanced engagement with students (), it has also placed additional demands on already time-poor educators. Despite the potential benefits, many educators struggle to engage with learning design in a meaningful way, leading to suboptimal student experiences. Despite the prevalence of technology, students are being made to engage with outdated learning strategies and content. This poster shares learning design strategies for time-poor educators to enact in online learning environments to support future-oriented thinking skills of students. Stack and Bound (2021) see future-orientedness as the ability for students to “face future unknowns and new challenges beyond the immediate course/training. The emphasis is on the ability to resolve unfamiliar or non-standard problems. To be able to do this, future-orientedness involves many of what are variously called 21st century skills, or the new ‘top 10 skills’, such as critical thinking, creativity, learning to learn”. Dondi et al. (2021) identified 56 essential skills they think all citizens will need in the future world of work. We will focus on the skills outlined in the cognitive category: critical thinking and mental flexibility. Abrami et al. (2014) in their study outlined two instructional interventions that foster critical thinking skills; the opportunity for dialogue and exposing students to authentic or situated problems particularly when applying problem solving and role-playing methods. Li et al. (2022) in their paper concluded the following: connecting students with resources and facilitating interaction, technology significantly impacts the fluency and flexibility dimensions of creativity. Flexible learning time, cumulative learning processes, and problem-based activities promote the ongoing development of creative behaviours, enhancing fluency, originality, and elaboration in different dimensions of creativity. We will use the 4 domains of the Technology Enhanced Learning Accreditation Standards (TELAS) (2023) framework to outline future-oriented learning design strategies taken from our experience in supporting learning and teaching: Online learning environment Using interactive elements, such as H5P (an open-source JavaScript content collaboration framework), provides multiple perspectives on single issues in an engaging way. Multiple viewpoints for a complex situation or case study can help students evaluate and compare perspectives and provides exposure to multiple points of view. Learner support Providing content in multiple modes and with compelling ‘teacher talk’ to explain what content is there, how they should engage with the content they’re provided and why. Explicitly calling out transferrable skills and capabilities covered in a subject or assessment. Learning and assessment tasks Authentic assessments, especially project briefs provided by industry, give students a chance to respond to authentic, complex, and integrated assessments relevant to their future profession. Providing wicked problems help students to be familiar with and confident in ambiguous settings and encourages lateral thinking. Learning resources Use of techniques such as Socratic and open-ended questioning to have students research some of their own learning. You don’t have to provide all of the answers! It is not about providing all of the knowledge to students, but in supporting their ability to think critically and ask the right questions to find the right information. This future-orients students to be able to problem solve and critically interrogate new and changing information.

An analysis of parental involvement during Zoom-mediated heritage language instruction

Linguistic diversity has been increasing rapidly in Australian and New Zealand societies, and according to the most recent census (ABS, 2022) more than one in five Australian households speak a language other than English. Fostering bilingualism is important at all levels of education because it plays a crucial role in identity development (Caldas, 2006) and enhances academic performance (Han, 2012; Lindholm-Leary, 2016; Yurtsever et al., 2023). The home environment is obviously crucial for bilingual development (Mak et al., 2023) but broader community engagement is also needed. With heritage language communities often distributed broadly across contexts such as Australia and New Zealand, technology mediated language learning approaches (e.g., Zoom) hold strong potential in systematic efforts to promote bilingualism. A key element of effective online education is the quality of involvement of stakeholders, and in the case of online heritage language education involving young learners, parental involvement is crucial (El Nokali et al., 2010; Yang et al., 2023). To date, however, the involvement of parents in online heritage language education has not been adequately researched. The current research analyzes the parental involvement of six parent-child dyads during six Zoom-mediated lessons of Farsi as a heritage language. The aim of the research is to systematically describe the way parents interact with their children during these Zoom-mediated lessons and to establish a preliminary taxonomy of these behaviors. Such taxonomies can then be applied as a reference point for longer-term efforts to enhance parent involvement in online heritage language learning programs. The primary data source was the recorded screen videos of six parent-child dyads for six 45-minute online Farsi lessons. Learners’ work samples and parent interviews were also collected as additional data sources. The qualitative study employed various techniques to ensure rigor and reliability such as constant comparison, coding schemes and thematic analysis. These techniques helped researchers to identify recurring categories of parental involvement evident during the entirety of the online lessons. Analysis entailed enumeration and description of the type, frequency and duration of the various parental involvement behaviors that were evident in the videos. Behaviors included binary types, such as physical presence or absence and on-screen facial presence or absence. A range of more complex verbal and nonverbal behaviors were also salient in the data: nodding, gesturing, gaze orientation, screen pointing, reorienting learning materials and devices and so on. Different parents demonstrated varied levels of interaction with three main stakeholders: the facilitator, other parents and the learners. Differences in behaviors evident among the parents enabled a categorization of those who exhibited low, moderate or high levels of involvement with the online lessons. Through analysis of the results and the literature we suggest a preliminary taxonomy of parent involvement behaviors that occurred during online language learning. This model provides a useful reference point for future research, at all levels of education, that seeks to understand the dynamics of stakeholder involvement in complex online learning environments.

Effects Of Covid-19 Pandemic on Studying Habits of Students

The research article investigates the impact of COVID-19 on the performance of students studying at the graduate and undergraduate levels in Kathmandu Valley. The aim of the study is to present how students have adapted to the shift from in-person to online learning environments during the pandemic. The text is based on representatives of 223 from varied groups allowing its relevance with authenticity. Indeed, COVID-19 has destructed and scattered the understanding and belief which is inherited throughout the generations. Its effect touched almost all fields and the education industry also became a victim of it. Students faced ample challenges along with the faculties members to cope with it. Students were found frustrated when they were deprived of physical education and at the same time, it is observed that they faced several inconveniences in the developed e-learning system. Observing students' psychology, using techniques to teach, the technology used to generate a learning environment, and so on found that e-learning is not as effective as physical learning.

Engaging in online peer-led group reflective practice through the share your research ideas project: students’ and tutors’ reflective accounts

ABSTRACT This paper presents the retrospective reflective accounts of three master’s alumni and their tutor who openly shared their thoughts on their experience of engaging in online peer-led group reflective practice through the ‘Share Your Research Ideas’ (SYRI) project. This project ran at the University of Manchester during the second half of the academic year 2019–2020, a time of the COVID-19 pandemic. It consisted of a series of online seminar sessions, which offered a space for students to reflect individually and in groups upon their experience of undertaking educational research. The contribution of this reflective piece is threefold, it aims to: 1) illustrate how the ‘Peer-Led Group Reflective Practice’ (PLGRP) pedagogical approach can be monitored and facilitated in an online learning environment, 2) identify the influence of such a pedagogical approach on those students who engaged in the project and, 3) show how reflective conversations between tutor and students over time as well as the learnings obtained from them can inform course design and shape subsequent learning experience. Thus, our goals are to document how the reflective conversations undertaken during and after the SYRI project contributed to significant student experience and life-long learning and to draw implications for future practice.

Comprehensive Art Module of Waste to Wealth Management through Online Environment Learning

This paper elaborates on the recycling and upcycling application associated with collecting and selecting discarded materials to bring new value to discarded materials. This model broadens the curriculum concept of recycling and upcycling waste materials, facilitating knowledge, a practical and cognitive skill applied during production. The module applies technical, practical, and innovative processes of the 'Scavenging method' (waste hunting or collecting) implemented into the home learning curriculum. In conclusion, this module enables us to understand creative conversion practice through Art. The assembled scraps as functional products contribute to a new hybrid ideology of form following function in an online learning environment.

Teaching Analytics Online: A Self-Study of Professional Practice

ABSTRACT As the COVID-19 pandemic caused severe disruption to education enterprises throughout the world, the main response by educational institutions was to move to online learning environments. The purpose of this study was to understand better how instructors could improve online learning for a professional-level week-long short course in a highly technical area (data analytics), which had, pre-COVID, been a hands-on computer, laboratory-based learning experience. The authors used self-study of professional practice to elicit and understand the major issues and concerns of the transition to an online learning environment. Under the guidance of a colleague in teacher education, three course instructors recorded and analyzed their experiences and, through discussion and data analysis, gained a deeper understanding of three challenging dimensions: course adaption to the online environment, personnel considerations, and technological considerations. Through the reflection that self-study provided, several of these challenges were addressed in subsequent courses. Self-study provided the instructors with an opportunity to reflect on the transition of the course to an online environment. This, in turn, provided an opportunity for course improvement and, arguably more importantly, an opportunity for the instructors to better understand each other’s concerns and desires as it pertained to the course.

Low-Cost EEG Multi-Subject Recording Platform for the Assessment of Students’ Attention and the Estimation of Academic Performance in Secondary School

The level of student attention in class greatly affects their academic performance. Teachers typically rely on visual inspection to react to students’ attention in time, but this subjective method leads to inconsistencies across classes. Online education exacerbates the issue as students can turn off cameras and microphones to keep their own privacy. To address this, we present a novel, low-cost EEG-based platform for assessing students’ attention and estimating their academic performance. In a study involving 34 secondary school students (aged 14 to 16), participants watched an academic video and answered evaluation questions while their EEG activity was recorded using a commercial headset. The results demonstrate a significant correlation (0.53, p-value = 0.003) between the power spectral density (PSD) of the EEG beta band (12–30 Hz) and students’ academic performance. Additionally, there was a notable difference in PSD-beta between high and low academic performers. These findings encourage the use of PSD-beta for the immediate and objective assessment of both the student attention and the subsequent academic performance. The platform offers valuable and objective feedback to teachers, enhancing the effectiveness of both face-to-face and online teaching and learning environments.

Determining Levels of Satisfaction with Online Learning at Private Higher Education in London

The purpose is to investigate and understand the satisfaction levels of mature undergraduate students engaging in online learning within the context of private higher education institutions in London. As the landscape of higher education evolves, with an increasing reliance on online platforms, it is crucial to explore how this mode of education aligns with the unique needs and expectations of mature learners pursuing undergraduate degrees. The study employs a structured survey instrument to collect data on various dimensions of satisfaction, aiming to provide valuable insights into the factors influencing mature undergraduate students' experiences in online learning. The research methodology involves a survey administered to a diverse sample of mature undergraduate students in private higher education institutions offering online programmes. The survey encompasses questions about overall satisfaction, determinants of satisfaction, interactivity engagement, support services, technical training and demographic variations. Data analysis involves applying statistical techniques such as descriptive statistics, to draw meaningful conclusions regarding the satisfaction levels of mature undergraduate students with online learning. The anticipated findings of this research have the potential to inform private higher education institutions, educators, and policymakers about the specific areas of online learning that contribute most significantly to mature undergraduate student satisfaction. Identifying strengths and areas for improvement will enable institutions to tailor their online learning environments to meet this demographic's needs better. Ultimately, the research aims to contribute valuable insights to the ongoing discourse surrounding enhancing online education experiences for mature undergraduate students in the private higher education sector. Keywords: Mature Undergraduate Students, Online Learning, Student Satisfaction, Private Higher Education

Self-regulation of online homework behavior: using latent profile analysis to identify online homework management profiles

The aim of this investigation is to identify different profiles of undergraduates based on online homework management strategies: arranging the environment, managing time, monitoring motivation, cognitive reappraisal, emotion management, and handling distraction. Latent profile analysis (LPA) was applied to investigate online homework management profiles of 612 undergraduates in China. Five different profiles were found: Very Low Except for Handling Distraction, Very Low Handling Distraction/High with Other Strategies, Low Across All Strategies, Moderate Low Across All Strategies, and High Across All Strategies. Results revealed that profile membership was predictive of online homework effort and completion. This study offered new insights into self-regulation of homework behaviour in online learning environments, by suggesting that handling online distraction functions differently from other homework management strategies.

A Hybrid Flipped-Classroom Approach for Online Teaching

A teaching strategy known as the hybrid flipped classroom approach mixes traditional face-to-face instruction with online learning activities. In this method, before attending in-person sessions, students learn online using pre-recorded lectures, videos, and other multimedia assets. This gives students the freedom to finish self-paced learning assignments whenever it is convenient for them while simultaneously allowing them to participate in lively conversations and lectures during in-person classes.
 The hybrid flipped classroom model is gaining popularity as more teachers look for ways to incorporate technology into their lessons and change with the times. The hybrid flipped classroom method offers the advantages of both face-to-face training and online learning in the age of distance learning.
 Online learning activities include reading materials, interactive tests, audio files, and peer-reviewed assignments when using the hybrid flipped classroom technique. Students' interest and engagement in the learning process can be raised by using online learning activities to teach them how to learn independently.
 When students attend classes in person, teachers can concentrate on experiential learning activities like group discussions and project-based work in addition to giving feedback and help to those who may have had difficulties with online learning. Combining the two methods enables students to benefit from a deeper and more well-rounded educational experience that makes the most of online and face-to-face instruction.
 Overall, the hybrid flipped classroom approach is a powerful tool for educators to provide enhanced learning experiences to students, particularly in online learning environments. It provides a flexible, adaptable, and personalized way of learning that engages and motivates students, and prepares them for the changing landscape of the 21st-century workforce.