Abstract:Blended learning can create flexibility for students, more efficiently utilise infrastructure, and can provide high-quality learning at scale. We investigated perceived value and learning gains associated with asynchronous eLearning and synchronous face-to-face (f2f) components of a blended learning experience. We hypothesised that individual student preference for eLearning and f2f learning would be variable, but that participation in f2f classes would enhance student learning. Using a design-based research a… Show more
“…Blended learning refers to a mixture of instructor-led and technology-based learning that is flexible. Blended learning describes an opportunity that integrates technological innovation and advantages in online learning with the interaction and participation of face-to-face learning benefits (Clark & Post, 2021). The basic concept of blended learning also optimizes oral communication in face-to-face learning with written communication in online learning.…”
Atomic physics teaching materials support student motivation to learn independently, guide, and direct students to master material with abstract characteristics. The teaching materials in blended learning
can improve the tutorial systemâs interaction process in distance education with special characteristics. Universitas Terbuka students have various ages, professions, geographic location, social environment, and prior knowledge. This study aimed at analyzing the practicality and effectiveness of atomic physics teaching materials in blended learning to improve studentsâ self-directed learning skills in the open and distance education system. This research involving 121 students spread across 12 regional offices in Indonesia. Analysis of the impact and consistency of studentsâ self-directed learning skills used inferential statistics, then for data analysis, the improvement used N-gain. The results of the study showed the average tutorial feasibility using atomic physics teaching materials is the most dominant in explaining the teaching material thoroughly and is easy to understand. The average percentage of student activity results get the highest score on the activity of conducting discussions. The effectiveness analysis results showed the atomic physics teaching materials are proven to be effective in increasing studentsâ self-directed learning. ANOVA obtained no significant difference from all test classes so that atomic physics teaching materials are effective for application to students who have low, medium, and high abilities. The process of practicality and effectiveness has implications for developing teaching materials for distance education systems that must pay attention to the tutorial process, learning management system, and several other components.
“…Blended learning refers to a mixture of instructor-led and technology-based learning that is flexible. Blended learning describes an opportunity that integrates technological innovation and advantages in online learning with the interaction and participation of face-to-face learning benefits (Clark & Post, 2021). The basic concept of blended learning also optimizes oral communication in face-to-face learning with written communication in online learning.…”
Atomic physics teaching materials support student motivation to learn independently, guide, and direct students to master material with abstract characteristics. The teaching materials in blended learning
can improve the tutorial systemâs interaction process in distance education with special characteristics. Universitas Terbuka students have various ages, professions, geographic location, social environment, and prior knowledge. This study aimed at analyzing the practicality and effectiveness of atomic physics teaching materials in blended learning to improve studentsâ self-directed learning skills in the open and distance education system. This research involving 121 students spread across 12 regional offices in Indonesia. Analysis of the impact and consistency of studentsâ self-directed learning skills used inferential statistics, then for data analysis, the improvement used N-gain. The results of the study showed the average tutorial feasibility using atomic physics teaching materials is the most dominant in explaining the teaching material thoroughly and is easy to understand. The average percentage of student activity results get the highest score on the activity of conducting discussions. The effectiveness analysis results showed the atomic physics teaching materials are proven to be effective in increasing studentsâ self-directed learning. ANOVA obtained no significant difference from all test classes so that atomic physics teaching materials are effective for application to students who have low, medium, and high abilities. The process of practicality and effectiveness has implications for developing teaching materials for distance education systems that must pay attention to the tutorial process, learning management system, and several other components.
“…These are somewhat contradicting results to the existing literature, which suggested BL and online approaches were not only more effective but also more preferable to traditional face-to-face classrooms (e.g., Bernard et al, 2014;Harmeet Kaur, 2020). However, these findings are somewhat supported by Clark and Post (2021) and Pechenkina et al (2018) who found that BL students preferred to face-to-face components of BL. However, this study using the IET allowed for the probing of specific interactions so it might be that the part of BL and traditional courses that are highly attractive to students are the face-to-face interactions which highlight teacher-student interactions which are often lacking in some BL courses (Lightner & Lightner-Laws, 2016;Smyth et al, 2012).…”
Section: Teacher-student Interactions Supported By Blended Learningmentioning
This explanatory sequential mixed-method study explored the effectiveness of blended learning (BL) courses offered to graduate students at an English medium university in Kazakhstan. The study's purpose was to explore and understand graduate students' experiences while enrolled in BL courses by learning their perceptions of the benefits and challenges of BL, as well as its potential for enhancing their teacher leadership skills. A survey (n=81) and semi-structured individual interviews (n=17) were used as the main research instruments. This allowed for a detailed and rich data set on the conceptual underpinnings of the BL courses, their effectiveness, and their potential to inform higher education institutions towards implementing BL policies and practices, specifically in the field of education. Through the lens of the Interaction equivalency theorem, we analyzed students' experiences and their interactions with their teachers and peers, as well as the mode, place, and pace of learning. This investigation revealed that the benefits of learning using BL outweighed its challenges. However, most of the participants preferred the face-to-face part of the BL course over its online teacher-student interaction component due to the opportunity to gain immediate feedback. Most importantly, the BL courses facilitated the enhancement of teacher leadership skills among the students. Finally, the paper provides recommendations for further development and revisions to current BL courses to enhance their learning value.
“…Meanwhile, some studies have found positive correlations between synchronous class attendance and student performance (Louis et al, 2016), while other research appears to support the notion that synchronous class attendance does not necessarily lead to higher academic performance (Chapin, 2018;Eisen et al, 2015;Nieuwoudt, 2020). Nieuwoudt (2020) found no significant difference between the final grades of students who attended synchronous classes and students who accessed class recordings, while Clark and Post (2021) concluded that students who independently access well-designed e-learning materials perform just as well as students who attend face-to-face classes. Overall, these findings strongly suggest that it is important to offer flexibility in how students can engage in learning.…”
Section: Student Engagement and Achievement In Hybrid And Online Modelsmentioning
confidence: 97%
“…One way of measuring behavioural engagement is to examine how frequently students participate by accessing key learning experiences (Chung et al, 2022). In hybrid or online learning environments this access can occur through clicks on learning materials in an LMS or attendance at synchronous classes (Clark & Post, 2021). These actions have been recognised as proxies for engagement in hybrid and online learning environments (Dixson, 2015) and are also the focus of this investigation.…”
Section: Student Engagement and Achievement In Hybrid And Online Modelsmentioning
One Australian public university is radically changing the way it delivers higher education, introducing a 6-week immersive scheduling delivery model across all units and courses. Despite the emerging success of block and immersive models for raising the performance of diverse student cohorts, the design factors underpinning positive outcomes are underexplored. This paper presents a mixed methods study of the impact and value of student engagement with interactive and responsive online content modules and synchronous classes in an immersive scheduling model. The findings indicate that behavioural engagement with online learning modules has a positive effect on academic success and is a significant predictor of a higher final score. Qualitative data indicate several attributes of high-quality online learning modules that students appear to associate with engagement and deeper learning in the immersive model: interactivity, media richness, constructive alignment, flexibility and responsiveness. Synchronous class attendance did not impact final scores; however, students nonetheless valued the opportunity to form safe and supportive communities of inquiry during classes. This study demonstrates that in times of increasing demand for more flexible learning, immersive scheduling models that are founded on active learning principles and embed interactive, responsive, media-rich online learning modules can improve student engagement and performance.
Implications for practice or policy:
Higher education practitioners should integrate interactive, responsive, media-rich and constructively aligned online learning modules into curricula.
Synchronous active learning classes that create safe communities of inquiry should be offered alongside options for asynchronous participation.
Low levels of engagement with online learning modules should prompt follow-up from educators to raise engagement and bolster academic achievement.
Immersive delivery models are effective curriculum innovations that, when designed with interactive online modules, can support improved academic achievement.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citationsâcitations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.