The relationship between student engagement with online content and achievement in a blended learning anatomy course

Blended learning has become increasingly common in higher education. Recent findings suggest that blended learning achieves better student outcomes than traditional face‐to‐face teaching in gross anatomy courses. While face‐to‐face content is perceived as important to learning there is less evidence for the significance of online content in improving student outcomes. Students enrolled in a second‐year anatomy course from the physiotherapy (PT), exercise physiology (EP), and exercise science (ES) programs across two campuses were included (n = 500). A structural equation model was used to evaluate the relationship of prior student ability (represented by grade in prerequisite anatomy course) and final course grade and whether the relationship was mediated by program, campus or engagement with the online elements of the learning management system (LMS; proportion of documents and video segments viewed and number of interactions with discussion forums). PT students obtained higher grades and were more likely to engage with online course materials than EP and ES students. Prerequisite grade made a direct contribution to course final grade (P < 0.001) but was also mediated by engagement with LMS videos and discussion forums (P < 0.001). Student learning outcomes in a blended anatomy course can be predicted the by level of engagement with online content. Anat Sci Educ 11: 471–477. © 2017 American Association of Anatomists.     

Supporting the less-adaptive student: the role of learning analytics,formative assessment and blended learning

Abstract

How can we best facilitate students most in need of learning support, entering a challenging quantitative methods module at the start of their bachelor programme? In this empirical study into blended learning and the role of assessment for and as learning, we investigate learning processes of students with different learning profiles. Specifically, we contrast learning episodes of two cluster analysis-based profiles, one profile more directed to deep learning and self-regulation, the other profile more directed toward stepwise learning and external regulation. In a programme based on problem-based learning, where students are supposedly being primarily self-directed, this first profile is regarded as being of an adaptive type, with the second profile less adaptive. Making use of a broad spectrum of learning and learner data, collected in the framework of a dispositional learning analytics application, we compare these profiles on learning dispositions, such as learning emotions, motivation and engagement, learning performance and trace variables collected from the digital learning environments. Outcomes suggest that the blended design of the module with the digital environments offering many opportunities for assessment of learning, for learning and as learning together with actionable learning feedback, is used more intensively by students of the less adaptive profile.     

The influence of the use of technology on student outcomes in a blended learning context

In blended learning, the internet acts as an instrument to complement traditional forms of instruction, in the belief that the incorporation of new information and communication technologies may lead to more efficient and effective education. This paper presents a study carried out in the University of Granada, during the first year of undergraduate courses, which considered a total of 1,128 students organized into 17 groups during the academic year 2009–2010 and focused on the students’ voluntary use of online learning activities. The results show that the students’ participation in these activities and the number of tasks completed both had a positive effect on the students’ final marks. The time employed in carrying out online tasks did not influence the results achieved but the marks obtained in such activities were a significant factor. In addition, the students’ respective background, rate of class attendance and interest in the subject were explanatory variables of the outcome.     

Encouraging student engagement in a blended learning environment: the use of contemporary learning spaces

Research shows that some non‐traditional students find the university environment alienating, impersonal and unsupportive. The ‘Quickstart’ project combines traditional lectures and seminars with a sequence of carefully designed online tasks, aimed at lessening the impact of the start of year uncertainties for new students. One thousand students across two geographic locations participated in the programme. The project was evaluated by considering three sources of data: data generated by server statistics of 40,358 successful requests for pages in the first four weeks of teaching; student anonymous responses to an online end of course questionnaire as well as extracts from their reflective journals; and the student experience as viewed through the eyes of a researcher in the classroom. Findings offer insights into how the students blend classroom time with their own time; and student perceptions of their own learning experiences. A collaborative learning experience involving travel to a contemporary learning space (the Tate Modern Art Gallery) mitigated the possible isolating effect of the use of technology; instead the technology enhanced the discussion and participation in activities. The students visited the Tate Modern and then facilitated their discussions by sending each other SMS text messages; they bonded very quickly in the seminar groups, where weekly online tasks that had been prepared individually ‘outside’ the classroom were the focus of group discussion and debate ‘inside the classroom’; their end of semester reflective writing showed very clearly how valuable the early ‘friendship’ groups had been for them settling into university life.     

Enhancing action learning with student feedback

Action learning is based on three educational principles—reflection, community, and action—that interrelate and reinforce each other to support ongoing learning about experiences in the workplace. This study explains how an action learning program established for a small group of science teachers in a secondary high school lasted for two years. In this study feedback in the form of student interviews about teaching and learning were introduced to the teacher discussions to enhance the process of action learning. The student feedback gave the teachers an alternative perspective on their experiences and were a catalyst for reflection that helped the teachers to sustain their learning over a period of two years.     

Applying web-based co-regulated learning to develop students' learning and involvement in a blended computing course

This research investigated, via quasi-experiments, the effects of web-based co-regulated learning (CRL) on developing students' computing skills. Two classes of 68 undergraduates in a one-semester course titled “Applied Information Technology: Data Processing” were chosen for this research. The first class (CRL group, n = 38) received the intervention of web-based CRL teaching methods, while the second one (control group, n = 30) received a traditional teaching method for computing education. The results in this study show that students who received the web-based CRL attained significantly better computing skills than those who received the traditional teaching method. This study provides a design and illustration of web-based CRL for teachers, educators, and schools which place importance on improving students' computing skills and pay attention to development of online courses.     

Effect of a blended learning environment on student critical thinking and knowledge transformation

With the development of information technology and popularization of web applications, students nowadays have grown used to skimming through information provided through the Internet. This reading habit led them to be incapable of analyzing or integrating information they have received. Hence, knowledge management and critical thinking (CT) have, in recent years, become important topics in higher education. However, there are many web applications that may serve as effective teaching and learning tools. This study therefore proposed a blended learning environment that incorporated useful web applications within a knowledge transformation model to create an educational environment capable of improving CT and knowledge transformation for student users. A semester-long experiment was then conducted to evaluate this learning environment. Results revealed that the proposed approach was effective in improving student CT and knowledge transformation. Students were also satisfied with the courses and teaching methods used by the proposed learning environment which also effectively improved their learning motivation.     

The role of the blended action learning facilitator: an enabler of learning and a trusted inquisitor

This paper reports on a research study that involved the use of blended action learning to support leadership development within the New Zealand education sector. An important contributor to the success of this technology-enabled approach to professional learning was the role taken by the blended action learning facilitator. Two complementary aspects of this role were: enabling learning, the main focus of which was encouraging participation in online interactions; and acting as a trusted inquisitor, a process involving both supporting and challenging participants in their leadership learning. This study found that the balance between these two roles varied over the course of the blended action learning groups and this led to the identification of five distinct stages of blended action learning facilitation.     

基于混合学习理论的摄影技术课程学习研究

摄影技术课程是一门集理论性和实践性为一体的综合课程。将网络用于摄影技术的教学,把传统学习和E-leaning的优势互补,进行混合式学习,更能有效提高教学质量和效率,使学生获得最佳的学习效果。     

基于混合学习的教育技术公共课的教学设计

分析了教育技术公共课的现状,提出混合学习能解决当前存在的问题,可以较好地实现该课程的教学目标,并详细地从学习者分析、环境分析、教学目标分析、教学策略和资源的设计、学习评价的设计5个方面阐述了如何在该课程中进行混合学习的设计。     

The role of temporal patterns in students' behavior for predicting course performance: A comparison of two blended learning courses

In higher education, many studies have tried to establish which student activities predict achievement in blended courses, with the aim of optimizing course design. In this paper, we examine whether taking into account temporal patterns of student activity and instructional conditions of a course help to explain course performance. A course with a flipped classroom model (FCM) and a course with an enhanced hybrid model (EHM) were compared. The results show that in both cases, a regular pattern of activity is more effective than low activity. In the FCM, initial low activity is detrimental, whereas in the EHM the strategy of cramming later on in the course can still lead to higher course performance. In the FCM, a combination of face-to-face and online activity led to sufficient course performance, whereas in the EHM, face-to-face or online activity on its own could lead to sufficient course performance. This study offers a methodological and empirical contribution to exploring the role of patterns of activity and instructional conditions for course performance.     

Assessing postgraduate student perceptions and measures of learning in a peer review feedback process

Peer review feedback, developed to assist students with increasing the quality of group reports and developing peer review skills, was added to a master’s level Climate Change Policy and Planning unit. A pre- and post-survey was conducted to determine whether students found the process a valuable learning opportunity: 87% of students responding to the post-review survey indicated they saw benefit in both developing and receiving peer review feedback. Peer review design minimising the potential for plagiarism resulted in low levels of student concern surrounding plagiarism. Marks allocated by students were valid (consistent with the lecturer) and were generally reliable; however, distribution of marks had a higher variance where group report quality was low. Training on completing the peer review template could result in more reliable feedback. Consistent with the literature, the feedback developed during the peer review process focused on style and presentation preferentially to content. Seven out of eight group reports improved between report submissions, with all groups responding to peer review feedback. Peer review feedback and changes made to group reports indicated students had limited capacity to judge the quality of referencing and critical analysis.     

Team dynamics feedback for post-secondary student learning teams

In the current research, we introduce the team CARE model for supporting team development during post-secondary education. Team CARE is part of a larger suite of assessments at itpmetrics.com. Team CARE is a free, online, survey-based assessment that allows team members to rate their team’s health and functioning in four key categories (communicate, adapt, relate and educate), as well as provide written feedback about the team’s functioning to add nuance and supplemental context to the numeric scores. Team members completing the assessment receive a report documenting their team’s scores on the variables measured. We report on data from student learning teams suggesting that the variables in the team CARE model are reliable, and that they are correlated with team performance outcomes. Students’ perceptions of the tool were also examined, and the findings suggest that team CARE is perceived to be valuable, useful and easy to use. Recommendations for practice are detailed, including sample assessment schedules for teams with differing life spans. Implications for future research and implementation are discussed.     

论教师在大学英语混合式学习中的主导作用

随着教育信息化的发展,混合式学习模式开始广泛应用教育教学中。混合式模式作为新型学习模式,对教师的素质和能力提出了更高的要求。教师需要在教学组织过程中发挥引导,启发,监督教学过程的主导作用。本文将通过对混合式学习模式理论的探讨,对教师在大学英语混合式学习模式的主导作用进行分析。     

The incorporation of hands-on tasks in an online course: an analysis of a blended learning environment

This article describes the design and evaluation of a blended online/face-to-face course completed by more than 6000 learners throughout the United States of America and internationally. The educational impact was monitored using a variety of evaluation strategies. The results, in terms of achieved knowledge and overall satisfaction, indicate that a focus on online instruction combined with face-to-face, hands-on activities showed statistically significant improvement in the learners' understanding of the course material, while also validating the impact of the curriculum in their workplace. As illustrated through the blended course design, this study further showed that online learners with greater improvement in their pre- and posttest scores also exhibited significantly greater likelihood in demonstrating competency in several areas during the hands-on portion of the course. In particular, participants working in the information systems field exhibited the highest mean difference score (21.49) on the pre- and the posttests, while those working in the laboratory had the lowest (12.17). Likewise, the odds that participants who reviewed the course contents sought to further understand their job roles was 58.2 times greater for those in information systems, while it was only 19.0 times greater for laboratory staff, than those who did not review their job roles.     

A quasi-experimental study of a blended course integrated with refined web-mediated pedagogy of collaborative learning and self-regulated learning

Innovative teaching methods integrated with web technologies have been increasingly used in higher education. However, there are few studies discussing effective web-mediated teaching methods for both students and teachers. To help students learn and develop their academic involvement in a blended course, and improve their thoughts regarding this course, the author in this study re-designed and re-developed a combined teaching method for the course. The author conducted a quasi-experimental study to explore the effects of different combinations of web-mediated CL with/without initiation and SRL with/without feedback on involving students and enhancing their thoughts regarding this blended course. This research involved 227 second-year university students from four class sections, including three experimental groups (CISF, CIS, and CI groups), and a control group (C group), who received different combined interventions. In this research, students in CISF group (web-mediated instruction that integrated CL with initiation and SRL with feedback) significantly improved their involvement by the end of the course. In addition, students in CISF group had positive thoughts regarding web-mediated CL with initiation and SRL with feedback. The implications and discussion for teachers who plan to design teaching methods for online courses are also provided in this paper.     

The effects of a web-based learning environment on student motivation in a high school earth science course

Collaborating closely with a tenth-grade science teacher, we designed a Web-Based Learning Environment (Web-LE) to improve the students’ motivation to learn science. Factors believed to enhance intrinsic motivation (challenge, control, curiosity, and fantasy) were integrated into the instructional design of the Web-based learning tool. The Web-LE was implemented in the teacher’s tenth-grade classroom as a three-day student-centered learning activity. Data collection methods included individual student interviews, teacher interviews, motivation questionnaires, and observations. This study revealed multiple forms of evidence that the Web-LE and the associated learning activity improved students’ motivation. This study illustrates the benefits of educational researchers working closely with teachers using design-based research methods to successfully solve instructional problems and identify reusable design principles. Design principles for the integration of intrinsic motivation factors into the development of similar Web-LEs are presented as well as directions for future research.     

The effect of blended learning on student performance at course-level in higher education: A meta-analysis

The present paper analyzes the impact of blended learning (BL) on the academic achievement of higher education students. A meta-analysis (k = 51 effect sizes) was conducted to perform a statistical synthesis of studies contrasting student performance in BL conditions with traditional classroom instruction. We include disciplines and instructors’ end-of-course evaluation method as moderating variables. The results show that BL demonstrates a small summary effect (g⁺ = 0.385, p < 0.001) compared to traditional teaching methods A significantly higher mean effect size was found in STEM disciplines (g⁺ = 0.496) compared to that of non-STEM disciplines (g⁺ = 0.210). Nevertheless, the weighted mean effect sizes reveal no significant differences regarding of end-of-course assessment methods, namely one-moment and multiple-component assessment. The finding confirms that BL is significantly associated with greater learning performance of STEM-disciplined students than with traditional classroom practice. Accordingly, discussion concerning the findings and implications for future research are elaborated.