Student Engagement Research Articles

Peningkatan Hasil Belajar Pak Menggunakan Model Project Based Learning (PjBL) Fase C Kelas 5 di SD Negeri 030298 Simallopuk

This study aims to improve the learning outcomes of 5th-grade students at SD Negeri 030298 Simallopuk in the subject of Catholic Religious Education by applying the Project-Based Learning (PjBL) model. This Classroom Action Research was conducted in two cycles, with each cycle involving planning, implementation, observation, and reflection. The results showed that the application of the PjBL model significantly improved students' learning outcomes. In the first cycle, only 67.57% of students achieved mastery, but after improvements in the second cycle, the mastery rate increased to 78.38%. Additionally, the model enhanced student engagement, creativity, and critical thinking skills. Therefore, PjBL is considered effective in improving students' learning outcomes in Catholic Religious Education.

Scaffolding Deliberations

Developing student engagement online necessitates creating a specifically designed online site to foster interaction alongside regularly structured academic requirements. By creating this deliberative opportunity, students share and discuss varied perspectives on current and controversial issues. Using data from a spring 2023 collaboration course across the two geographically dispersed universities in New York and Texas, student engagement forms were assessed for their academic educational outcomes. Significant findings revealed that students challenged and clarified their varied perspectives across the institutions. In addition, their interaction and engagement resulted in greater satisfaction with their course work while lessening their learner isolation during our social distancing protocols.

Meningkatkan Keaktifan Siswa Pembelajaran Pak Model PBL Berbasis Symbolic Way Kelas VII SMP Xaverius 2 Jambi

This study aims to improve student learning outcomes in Catholic Religious Education and Character Education through the application of the Problem Based Learning (PBL) model based on the Symbolic Way. The issue faced is the lack of active student engagement in Catholic Religious Education classes. The method used in this research is Classroom Action Research conducted in two cycles. Each cycle consists of planning, action, observation, and reflection stages. The method believed to be effective in increasing student engagement is the Problem Based Learning (PBL) model based on the Symbolic Way. The PBL model allows students to engage in learning knowledge related to the problem and develop skills to solve it, while the Symbolic Way as a learning medium refers to the use of self-symbols, representations, or visual aids that can help students understand more abstract concepts. The results show that the application of the PBL model based on the Symbolic Way significantly enhances student learning motivation. The average score of students in the implementation of PBL in the first cycle was 80, increasing to 90 in the second cycle. Additionally, observations of student activities indicate an increase in active participation during the learning process. Thus, it can be concluded that the PBL model is effective in enhancing students' active participation.

Enhancing Integration of Technology in Authentic Assessment for Education: A Structured Review

In the ever-evolving landscape of education, the seamless integration of technology into authentic assessment practices has become a transformative force, reshaping how students are both evaluated and engaged. Authentic assessment, characterized by its emphasis on the real-world application of knowledge and skills, has gained prominence for its ability to gauge students' comprehension and foster deeper learning experiences. As technology continues to infiltrate the educational field, a pressing need arises to assess the effectiveness of these digital tools in promoting genuine understanding and critical thinking among students. This structured review of the PRISMA approach was applied to find the primary data based on keywords such as Technology, Science, and Authentic Assessment. Based on advanced searching on SCOPUS and Web of Science, we found (n=55). Expert scholar decided to develop 3 themes, which are (1) Online Assessment and Technology- Enhanced Learning, (2) Educational Practices and Student Engagement, and (3) Assessment and Curriculum Development. The findings underscore technology's immense potential in elevating authentic assessments for students, offering new avenues for engagement and skill development. It is evident that when wielded thoughtfully and integrated into pedagogy, technology can empower young learners to explore, inquire, and excel in the fascinating world of education. This study not only bridges existing gaps in the literature but also serves as a valuable resource for educators and policymakers alike, providing insights into harnessing technology's power to enhance authentic assessment practices and, consequently, the overall educational experience.

Exploring the Potential of Immersive Technologies to Enhance Online Learning Experiences and Engagement: A Systematic Literature Review

The purpose of this research is to find out how immersive technology can improve online learning and student engagement. The study investigates how immersive technologies, for example augmented reality (AR) and virtual reality (VR) can be incorporated into online learning environment using a case study methodology. The paper explores how immersive technologies affect online course satisfaction among learners generally through learning results, and student involvement. By conducting a comprehensive literature review, the paper synthesizes existing knowledge and identifies gaps in the literature. In the systematic review in which exclusion and inclusion criteria was used to identify the suitable articles to be analyzed based on the study questions. The outcome of the study revealed that immersive technologies significantly boost learner engagement, improving the student learning outcomes thereby increasing their overall course satisfaction with online courses. However, it also identifies challenges and gaps in current research, emphasizing the need for further exploration. Recommendations for educators and policymakers include investing in immersive technologies learning tools, providing adequate training, fostering collaboration, and addressing issues of access and affordability. This paper sough to enhance the comprehension of how immersive technologies can be strategically leveraged to revolutionize online learning environments. By exploring the integration of advanced digital tools and techniques, the study uncovered various ways in which virtual and augmented reality can significantly improve the effectiveness and engagement of online learning. Ultimately, the findings provide valuable insights that can guide educators, institutions, and educational technology developers in optimizing online learning environments through the thoughtful application of immersive technology.

Implication of makerspace layout design in rural primary schools of Lianyungang, Jiangsu Province, China

ABSTRACT Makerspaces originated from students’ interests and utilised digital tools through project-based learning, advocating creation, encouraging sharing, and cultivating students’ interdisciplinary problem-solving, teamwork, and innovation skills. Makerspaces aligned with China's educational reforms to support different teaching and learning (TnL) activities. This study examines the impact of different spatial layouts, furniture, and technology arrangements in makerspaces on TnL activities in rural primary schools in Lianyungang, Jiangsu Province, China. By analysing four TnL activities, which are Presentations, Discussions, Individual Learning, and Team-Teaching, this research seeks to improve educational performances in remote areas. Using quantitative data and AnyLogic agent-based simulations, this study assesses the effectiveness of different makerspace models in three case study schools in rural area Lianyungang. The findings reveal that the effectiveness of makerspace models varies significantly in improving student engagement and performance, particularly in Presentation and Team-Teaching activities. Results suggest that different makerspace models can vary significantly in their effectiveness in improving student engagement and performance, especially in Presentation and Team-Teaching activities. The study offers insights on how to structure these spaces for twenty-first-century learning and highlights adaptable makerspaces that meet the evolving needs of both students and teachers. This research findings are crucial for optimising the makerspaces design and adjusting educational practices in the context of Chinese educational reform. The results also have far-reaching implications in informing educational management and policymaking, providing practical solutions for designing makerspaces that address the needs of teachers and students in rural areas. This research provides valuable recommendations for improving rural education by implementing makerspace.

Building Inclusive Learning Communities in Multicultural Classrooms: The Role of the CTL Model in Learning Interpersonal Skills

This study explores the effectiveness and challenges of implementing the Contextual Teaching and Learning (CTL) model in multicultural classrooms, particularly focusing on its impact on interpersonal skills development. The primary aim is to investigate how the CTL model enhances student engagement by connecting academic content to real-world contexts and to identify the barriers that impede its effective application. This research utilized a qualitative approach with a case study method to examine the application of the CTL (Contextual Teaching and Learning) model in building inclusive learning communities and fostering interpersonal skills in multicultural classrooms. The data collection techniques used in this study included interviews, observations, and document analysis. The findings indicate that while the CTL model significantly enhances student engagement and fosters the development of interpersonal skills, its implementation is fraught with challenges. Key obstacles include insufficient teacher training, misalignment with existing curriculum standards, limited resources, and institutional barriers such as rigid schedules and lack of administrative support. Despite these challenges, the research highlights the importance of sustained professional development and a supportive learning community to overcome these barriers. By addressing these issues, educators can better leverage the CTL model to create inclusive and effective learning environments. Overall, this study underscores the potential of the CTL model to transform teaching practices and improve student outcomes in multicultural settings. It calls for a concerted effort to provide the necessary support and resources for educators to implement the CTL model successfully, thereby enhancing educational experiences and fostering inclusive learning communities.

The Dynamics of Slido to Promote Learning in Rural University Classrooms

Slido is an interactive online platform facilitating active learning in rural university settings. Rural universities often need more resources, including access to technology and opportunities for diverse pedagogical approaches. Traditional lecture-based teaching predominates due to these constraints, which can hinder student engagement and learning outcomes. Slido offers a solution by leveraging technology to enhance interaction, collaboration, and participation within the classroom environment. This study, therefore, adopted the Slido application to promote active learning in one of the rural university classrooms within South African higher education. Active learning methodologies have gained widespread recognition for their effectiveness in engaging students, fostering more profound understanding, and promoting critical thinking skills. However, implementing such strategies, especially in rural university classrooms, can pose unique challenges. Through features such as live polls, quizzes, and audience Q&A sessions, Slido enables instructors to create dynamic learning experiences that encourage active participation from students. In rural contexts where class sizes may be smaller and student diversity limited, Slido provides an avenue for inclusive participation and allows even the most reserved students to contribute anonymously. Hence, the qualitative study adopted a transformative paradigm as a lens and approached it through active learning designed by Action Research. Furthermore, the study was a two-year project involving third-year business studies students and their transition to, and completion of, their fourth year of study. Seven students were selected as the participants, and data was generated through a Focus Group discussion and analyzed using Thematic Analysis. The study revealed that Slido promotes activeness among students in the module selected in the rural university. In conclusion, Slido offers a promising solution for promoting active learning in rural university classrooms. The study recommends that lecturers should be empowered in terms of resources and training to infuse technology into teaching.

Development of an artificial intelligence-enabled non-invasive digital stethoscope for monitoring the heart condition of athletes in real-time

This study investigates the efficacy of AI-enabled digital stethoscopes in enhancing physical performance, increasing student engagement and motivation, and improving psychological well-being among physical culture students. The experimental design involved two groups of 40 students each: the experimental group used AI-enabled stethoscopes for real-time cardiovascular monitoring, while the control group relied on traditional heart rate monitoring methods. The results indicated significant improvements in physical performance, engagement, and psychological well-being for the experimental group. Real-time monitoring facilitated personalized training adjustments, optimizing training loads and preventing overexertion, leading to superior performance outcomes. Additionally, the use of innovative monitoring tools significantly increased student motivation and engagement in physical culture classes, as reflected in higher attendance rates and more enthusiastic participation. Psychological assessments revealed that continuous health monitoring reduced anxiety levels and enhanced overall mental well-being, providing students with a sense of security and proactive health management. These findings underscore the transformative potential of integrating advanced monitoring technologies into physical education and rehabilitation programs, offering precise, real-time data that supports individualized and responsive interventions. The study concludes with a call for further research to explore the long-term impacts and broader applications of AI-enabled health monitoring tools in diverse educational and clinical settings, aiming to maximize their benefits and improve overall student and patient outcomes. Keywords: Sports therapy, Physical culture education, Health monitoring technology, Personalized training, Student engagement, Real-time cardiovascular monitoring, AI-enabled stethoscope.

Improving student engagement with a flipped classroom instruction model in Ethiopian higher education institutions: The case of Mattu University.

Currently, the flipped classroom instruction model has received greater attention for its multifaceted advantages in improving student learning by boosting learning environments. To this end, a flipped classroom model was employed in the current study with the purpose of increasing student engagement across all three dimensions-behavioral, emotional, and cognitive. To look at the improvement observed as a result of this model, this study used a mixed-methods design, mainly a convergent parallel design. In the present study, fifty-five students from two distinct academic departments participated. In addition, the instructors of the courses that were chosen to be taught using a flipped classroom model were also participants in this study. The study employed focus groups, interviews, self-report surveys, and classroom observation strategies to gather the necessary data. The quantitative data were analyzed using descriptive aggregate means and paired sampling t-tests, while the qualitative data were analyzed using a thematic data analysis approach. The findings revealed that a flipped classroom greatly improved each of the three dimensions of student engagement. Moreover, the findings showed that the instruction model improved student engagement by creating learning environments where students could participate actively in class activities, interact more effectively with teachers and other students as well as with learning resources, and acquire the necessary knowledge from the courses. Future research may employ a large sample size with a sufficient time frame to make the findings more applicable to different educational institutions.

Digital Drone Education in Sarawak: Enhancing STEM Learning through Hands-on Training for School Students

In Sarawak, concerns about low STEM enrolment, digital inclusivity gaps for rural children, and the transition from digital consumption to digital creation led to the introduction of the Drone Education Program. Participants began with foundational drone operation training, advancing to capturing images and videos. Subsequently, they were acquainted with elementary photo and video editing techniques, enabling them to enhance their drone-generated content. The aim of this research is to gauge the impact of the Drone Education Program on refining drone operations, bolstering digital editing competencies, and stimulating STEM engagement in students. In our methodology, we employed tailored pre- and post-surveys for evaluation, and younger students provided feedback via an emoji-based survey. Further analytical methods encompassed non-parametric tests, Exploratory Factor Analysis (EFA), and linear mixed-effect modelling. Results indicated significant post-intervention improvements in the targeted skills. The EFA grouped 21 Likert items into five distinct learning domains. Notable insights include district-wise variances in learning outcomes and the influential role of gender. The initiative showcases promise in confronting Sarawak's educational barriers, championing digital inclusivity, and preparing a digitally proficient generation.

The effects of a flipped classroom approach on older adult students’ performance in digital photography

ABSTRACT The trend of population aging is accelerating globally, which is resulting in increased attention on the educational needs of older adults. Given the cognitive changes associated with aging, there is a pressing need for innovative teaching strategies that cater to their unique requirements. Although the flipped classroom model has shown positive effects on student engagement and learning outcomes across diverse educational contexts, its efficacy in the context of older adult education remains to be empirically validated. This study aimed to determine the effectiveness of the flipped classroom approach in digital photography courses designed for older adult students (OAS). The research involved 25 OAS at a third-age university located in western China. This study used a quasi-experimental research design. The experimental group (N = 12) received instruction using a flipped classroom approach, while the control group (N = 13) received traditional lecture-based instruction. Data were collected and analyzed to compare student engagement, in-class observations, out-of-class communications, digital photography assignments, and after-class interviews between the two study groups. The findings indicated that the level of behavioral engagement differed significantly between the experimental and control groups. The observations revealed differences in note-taking methods and out-of-class communications between the two groups. The results further suggest that the flipped classroom approach enhances the learning achievements of advanced photography skills and knowledge. The challenges faced by students in the experimental group are also discussed. The findings of this research will facilitate the application of the flipped classroom model in third-age education.

Factors affecting student engagement in online courses in bachelor of education programmes

This study explores factors contributing to the low engagement of Bachelor of Education (B.Ed.) students in online courses at the Faculty of Education, Open University of Sri Lanka (OUSL). Despite integrating a Learning Management System (LMS) into a blended learning model, learner participation in online activities remains suboptimal. Semi-structured interviews were conducted with nine students across three B. Ed programmes in Natural Sciences, Drama and Theatre, and Special Needs Education using an exploratory qualitative design. The findings reveal organisational factors such as technical issues, delayed course availability, insufficient tutor feedback, and course-related issues, significantly affecting engagement. Student-related factors include reliance on mobile devices and the need for more motivation due to a lack of incentives. This study highlights the need for more responsive support systems, better course design, and enhanced interactive features to foster greater student engagement in online learning.

From classroom learning to real-world skills: an autoethnographic account of school field trips and STEM work immersion program management

Quality science education is crucial in preparing students for real-world challenges by fostering scientific literacy and critical thinking skills. Field trips and work immersion programs support this goal by providing hands-on experiences and real-world applications of scientific concepts, thereby enhancing student engagement and understanding. This autoethnographic study explores the management of school field trips and work immersion programs, emphasising their impact on student engagement and learning outcomes. Through personal experiences and reflective practices, I examine the logistical planning, risk management, and curriculum alignment necessary for successful implementation. The findings highlight how these programs enhance students’ understanding of scientific principles, foster critical thinking, and encourage STEM career interests. Key strategies include collaborative planning, flexibility, and ongoing evaluation, providing insights into optimising educational programs and bridging the gap between classroom learning and real-world application.

“The Game Changers”: How Equity-Driven Pedagogical Scaffolding Reduces Participation Disparities in Physical Education

Achieving gender equity and social inclusiveness remains a key priority in education. In the context of Physical Education (PE), fostering inclusive practices is critical to ensuring all students, regardless of gender, ability, or social status, can participate meaningfully. By examining the impact of three pre-service teachers’ (PSTs) equity-driven pedagogical practices on gender equity and student engagement in game-based activities, this study investigates how targeted pedagogical interventions can reduce gender disparities in engagement and promote inclusivity in student game interactions within PE classes. Specifically, we aimed to determine whether students of different sexes exhibit similar engagement rates, identify any existing disparities, examine changes in these disparities during the intervention, assess the equity and inclusiveness of student game interactions, and explore the link between these interactions and engagement rates. A total of three PSTs were engaged in a yearlong study, divided into two units: basketball (3v3) and volleyball (4v4). A pedagogical scaffolding intervention aimed at fostering equity and inclusion was implemented through their yearlong engagement in school-placement teaching practices. Data concerning students’ participation in game-based activities were collected in the first and last unit of the schoolyear (Basketball—first semester; and Volleyball—second semester). Engagement rates, measured as participation time (PT) and Rate of Play (RoP), were recorded through video analysis. A Social Network Analysis (SNA) was used to evaluate the equity and inclusiveness of student interactions. Initial disparities in engagement rates favoured boys in both sports. However, post-test results indicated a significant increase in engagement for both sexes, with disparities decreasing over the intervention period. Basketball showed a significant reduction in gender differences in RoP (p < 0.05), while volleyball results indicated no significant gender disparities post-intervention. The SNA revealed more equitable and inclusive game interactions over time, particularly in volleyball. The results suggest the pedagogical intervention’s effectiveness in increasing students’ engagement and reducing game-based gender disparities. These findings underscore the importance of deliberate scaffolding strategies to enhance equity and inclusion, highlighting the potential of the reported strategies for fostering a more inclusive and engaging environment for all students.

Playful Computation

This paper investigates students’ experiences and teachers’ attitudes towards playful computation: an innovative pedagogy that emphasizes playful learning to teach students information and computing technology. A pilot study was conducted at a Californian primary school during the summer, involving 84 students and 5 teachers engaging in creative and playful computing activities such as 3D printing, coding drones, redubbing audio, building computers, and music production. Student surveys, teacher interviews, and classroom observations were collected in mixed-methods research to provide multiple perspectives on the challenges and benefits of implementing the pedagogy. Key findings indicate that playful computation significantly boosted student engagement and enjoyment, even surpassing student expectations. Teachers also expressed surprise at the increase in engagement as well as persistence, attributing this to the intrinsically rewardingnature of playful activities. Playful computation also promoted student self-expression and collaborative learning. However, teachers expressed concerns about the practicality of implementing this pedagogy in standard educational settings due to existing structural constraints of aligning with academic standards. Classroom management and lack of established norms for play in this learning context also limited their lesson plans and implementations. Supporting the existing literature on the benefits of playful learning, this research also suggests the need for further investigation into its role in facilitating flow and non-cognitive traits like grit. Investigating how playful computation impacts students’ testable learning outcomes is also recommended as a necessary research direction to facilitate broader implementation in American classrooms.

Application of a Prediction Problem-Based Learning (PPBL) Method in an Undergraduate Biomechanics Course

Abstract Challenge As biomedical engineers revolutionize medicine, biomedical engineering programs must adapt to the diverse learning styles of the current student population. Students are learning in new ways and instructional strategies need to be adopted. Novel Initiative Understanding generational attributes is crucial for developing effective teaching pedagogy. Generation Z, also known as “zoomers” and “digital natives,” will dominate higher education for the next decade. In response to the shift of how students are learning, a new teaching method called Prediction Problem-Based Learning (PPBL) was implemented in an undergraduate Biomechanics course. PPBL combines the retrieval of information with problem-based learning to enhance student engagement and active learning. Reflection Comparing this method to traditional teaching approaches demonstrated significant improvements in a course learning outcome and exam performances among students exposed to PPBL. These results suggest that PPBL fosters a deeper understanding of the material and promotes a more effective learning strategy. Further analysis and testing of this method are recommended to confirm its efficacy and explore its potential for broader application in biomedical engineering educational courses. This innovative approach aligns with the needs of Generation Z learners, who thrive in interactive and technology-enhanced educational environments, thereby providing greater opportunities for academic success and professional preparedness.

Nursing students' knowledge of working with D/deaf and hard of hearing patients: Evaluation of a deaf awareness elearning package

AimThe aim of this study was to evaluate a newly developed Deaf awareness e-learning package with nursing students at one university in Wales, UK. BackgroundD/deaf and hard of hearing communities face a multitude of barriers when accessing and receiving healthcare leading to under diagnosis of health conditions and poorer health outcomes in general. Lack of awareness, teaching, and exposure to the D/deaf and hard of hearing populations during health care professional training programmes has been shown to contribute to this health disparity. DesignA descriptive cross-sectional design was used with two cohorts of undergraduate nursing students at one university in Wales, UK who were invited to undertake a Deaf awareness eLearning package developed with D/deaf communities in Wales. MethodsNursing student engagement and course completion were monitored, and evaluation survey questionnaires were implemented. ResultsThe Deaf awareness eLearning package evaluation showed engagement with over 400 nursing students, who scored the package an overall mark (1 to 5 stars) of 4.72 out of 5. In total, 227 nursing students completed the eLearning package and received the certificate. Students reported finding the eLearning package very interactive, easy to navigate, thought the three-hour length was about right. However, we would like to know more about factors that influence student non-engagement and dropout. ConclusionsThese findings suggest that eLearning Deaf awareness programs can be successful in increasing knowledge and confidence around communicating with D/deaf and hard of hearing patients for nursing, with potential benefits for wider rollout across wider health and care student and staff populations. Registration numberGrant number: 101010662\\737073]. Tweetable abstractD/deaf and hard of hearing patients experience barriers in healthcare so health professionals need accessible Deaf awareness training. Our eLearning model shows promise.

A situated expectancy-value theoretical perspective of teaching presence and student engagement in blended learning environments

Teaching presence is a key factor affecting student engagement, yet scant research has examined the uniquely longitudinal effect of teaching presence on student engagement. This study, guided by the the processual, situated, and directional lens of Situated Expectancy-Value Theory (SEVT), employed longitudinal structural equation modeling to analyze data from 258 undergraduate students at a Chinese university, investigating how initial teaching presence influenced subsequent motivational constructs (self-efficacy and course value) and student engagement in blended learning environments. Our findings longitudinally revealed there was an evolving and complex interplay among these constructs. Teaching presence demonstrated a sustained autoregressive effect of itself. Meanwhile, teaching presence acted as a situated catalyst that not only affected student engagement during the observation period but also later perceptions of course value and self-efficacy, which in turn increased student engagement levels at the end of the semester. Furthermore, while self-efficacy and course value mediated the relationship between teaching presence and student engagement, the mediating effect of course value was more pronounced. Additionally, the directionality of predicting relationships, revealing a predominant influence from teaching presence to student engagement, rather than a reciprocal relationship. This research underscores the importance of instructional strategies prioritizing a robust teaching presence to initiate a cycle of positive student engagement in blended learning environments. By understanding the longitudinal effects of teaching presence, educators can develop more effective approaches to enhance student engagement and learning outcomes.

Research on Knowledge Discovery and Sharing in AIGC Virtual Teaching and Research Room Empowered by Big Data Analysis and Natural Language Processing Algorithms

This paper introduces a pioneering framework named Deep Reinforcement Learning based AI-Generated Content for Virtual Teaching (DRL-AIGC-VR), which aims to transform the landscape of online education and research. At the heart of this system is the integration of Deep Reinforcement Learning (DRL) and Natural Language Processing (NLP), making it exceptionally suited for the dynamic and evolving environment of virtual teaching and research rooms. The uniqueness of DRLAIGC-VR lies in its adaptive content curation and presentation capabilities, achieved through a combination of Deep Q-Networks (DQN) with attention mechanisms. This innovative approach allows the system to personalize learning experiences by tailoring them to individual student performance and engagement levels. Simultaneously, it focuses on presenting the most pertinent information, thereby streamlining and optimizing the learning process. One of the most significant features of this system is its ability to handle and analyze large-scale educational data, a vital aspect in today’s big data-driven world. This capability ensures that DRL-AIGCVR offers a highly interactive, responsive, and efficient learning environment, addressing the varied requirements of students and researchers. The implementation of DRL-AIGC-VR in virtual educational settings has shown remarkable improvements in several key areas, including learning outcomes, student engagement, and knowledge retention. These enhancements are indicative of the substantial progress that the framework brings to the domain of virtual education, positioning it as a leading solution in the realm of AI-driven learning platforms. Overall, DRL-AIGC-VR represents a significant step forward in harnessing the power of AI to enrich and elevate the educational experience in virtual settings, paving the way for more advanced, personalized, and effective online learning and research methodologies.