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It has become evident that students have diverse preferred learning styles and effective instructors must design and deliver courses to meet the needs of those students. This study investigates the four physiological learning styles of visual, aural, read‐write and kinesthetic as they apply to online education. Findings suggest that online students are more likely to have stronger visual and read‐write learning styles. Further, read‐write learners and students that were strong across all four learning styles were likely to evaluate course effectiveness lower than other students while aural/readwrite learners and students that were not strong on any learning style were more likely to evaluate course effectiveness higher than other students.

This paper aims to compare the students enrolled to a three-year undergraduate, bachelor degree on Security of Computer Systems and Networks, offered in traditional, classroom fashion as well as online at the University of Milan (Italy). Its main purposes are to estimate the main characteristics of the two different student populations addressed (i.e. online vs classroom students) to understand if an online version of an already existing traditional university degree allows to extend the enrollment of students; and to evaluate the effectiveness of the e-learning approach adopted, comparing performance of the two student populations. The study aims to supply a significant case study, based on a real experience more than 10 years long.

The paper is based on the statistical interpretation of a huge amount of data, collected during the overall life of Sicurezza dei Sistemi e delle Reti Informatiche (SSRI) online, regarding student age, income, grades obtained in exams and after final dissertation and graduation time.

The paper allows to conclude that the online student population has very limited overlap with the classroom one, which means that the online version of an already existing degree can definitely enlarge the student enrollment and reach older students; and a carefully designed e-learning environment allows committed online students to obtain results comparable when not better than the ones of classroom students.

The study refers to a single, specific degree in computer science and technology; thus, it may lack generalizability. Similar experiences in other areas could be useful.

This paper fulfills an identified need to study how e-learning can be successfully applied to already existing traditional university degrees.

The purpose of this paper is to describe the introduction of an online induction programme including an interactive webinar on a distance learning course and to present student feedback on the programme. It focuses on lessons learnt and implications for others implementing similar induction programmes.

A self-completion questionnaire was sent to all students enroled on the programme, including those who did not attend the webinar or participate in the online induction programme. This was followed up with a semi-structured interview. The analysis focused on the student experience of the induction programme.

Overall, students reported to be satisfied with the online programme. The webinar encouraged engagement with some elements of the online workshop and was felt to complement the other learning opportunities available online. The webinar was particularly valued for providing a “face” to the course, facilitating interactivity among tutors and students and helping the students to feel part of the University. Students also reported that the webinar had the advantage of allowing a social interaction between them.

A number of key changes related to multiple offerings of the webinar and the timing of activities in the online workshop were highlighted to encourage participation. Greater clarity on what is required in the induction and how long it would take would also encourage participation.

This case study is one of the few to evaluate the inclusion of webinar technology within an online induction programme and, therefore, has value in this context.

The purpose of this paper is to compare the use of WebCT in support of online and blended learning in the Faculty of Architecture of a Hong Kong university.

Paper questionnaires are used to collect students' experiences, perceptions and attitudes towards the online course they have undertaken. Focus group interviews are conducted with two groups of students at the end of the semester. In addition, both formal and informal interviews are conducted with the instructor to understand his perceptions and perspectives.

In general, students prefer to have course management systems (CMS) as a supplement to face‐to‐face lectures rather than as its replacement. They perceive WebCT as mainly a platform for downloading materials and submitting assignments rather than a platform for teaching and learning. Learning fully online is perceived as self‐learning. The traditional lecture is considered more effective and efficient by many students to grasp concepts and principles.

This is an exploratory study at a Hong Kong university. However, it provides initial evidence to shed light on issues concerning the use of CMS in support of online and blended learning.

In order to ensure a more engaging and rewarding online learning experience, teacher's online presence should be strengthened. Other than teacher presence, the cognitive presence could be fostered through engineering the student‐to‐student interaction in co‐located settings.

The paper usefully demonstrates how the blended mode of learning that combines face‐to‐face and online learning has become increasingly popular, while the courses conducted entirely online are comparatively rare at universities in Hong Kong.

Coronavirus illness is an irresistible infection instigated by a newfound coronavirus. Social distancing was identified as the most effective preventive measure, and it has shifted the teaching to online mode. The present study explored the various perceptions held by students while attending the classes during COVID-19. Primary data have been obtained for the fulfillment of the objective of the study. The data were analyzed with descriptive and inferential statistics. It was exhibited that students specified that online teaching provides real-world skills followed by financial benefits, active learning, recorded lectures, comfortable, ease of access, safe, flexible timings, interactive, and build self-confidence. However, various challenges in online classes were less interaction, technical issues, network issues, lack of self-discipline, social isolation, family distractions, difficult e-learning tools, etc. Logit regression provided that willingness to attend online classes in post COVID-19 was associated with age, gender, IT skills, prior experience, and location. Application of e-learning posed several challenges and possibilities throughout the entire field of education throughout the pandemic. The study suggested the need to address the various challenges faced by the students on immediate basis. It was recommended that training programs can help to prepare the students to take the benefits of digital education platforms.

The outbreak of the COVID-19 pandemic led to the rise of online learning in Hong Kong. Online learning was identified as the only solution to meet students’ learning needs in the higher education sector during this chaotic period. This research aims to explore students’ perceptions of online teaching and learning from home under a health emergency via a comparison of undergraduate and postgraduate students’ experiences.

A total of 174 postgraduate students and 286 undergraduate students in various universities and colleges in Hong Kong were surveyed in this study.

The results show that postgraduate students generally gave more positive feedback on individual and environmental prerequisites, alongside pedagogical and institutional support, and were more motivated in online classes as compared to undergraduate students. Undergraduate students considered the shift to online education in light of the COVID-19 pandemic to be timely and rated their level of discipline with respect to online learning higher than did postgraduate students.

This study enables educators to better understand the first-hand experiences of students across different levels of study in Hong Kong, as well as to examine the possibility of establishing online education as a more prevalent mode of study in the future. The COVID-19 pandemic has educated us on the significance of being well-prepared to ensure quality education continues when emergencies and disturbances arise.

The pandemic brought by COVID-19 in March 2020 shook the entire world, compelling everyone to remain indoors. Most B-Schools were unprepared for such a situation and did not have the resources to carry out the teaching and learning activities. B-schools then adopted online and hybrid modes of learning to impart education to their students. The purpose of this study is to identify factors affecting the quality of education along with lessons learnt and lessons to be left behind, using qualitative method.

The factors affecting the quality of education were drawn from the literature, and 18 faculty members were interviewed. The study uses a descriptive method, where interviews were conducted, and each interview was recorded, with an explicit permission of respective faculty member and coded and categorized to identify themes.

The significant contribution of this study is that it highlights? Through the learnings and experiences of the pandemic? What will work in the future for business schools. The use of online teaching-learning sessions and softwares, namely, Turnitin and Grammarly will not fade away. Faculty will use various engagement tools such as quizzes and simulations to improve the learning and quality of education in the post-pandemic era. Various interactive and online tools emerged during the pandemic which allowed faculty to use diagrams and infographics in their teaching, and this helped the faculty to cater to students with different learning styles.

This study will provide B-Schools, faculties and leaders an input for improving the quality of online education. The present study provides an empirical contribution to the factors affecting online education and its quality, by highlighting the perspective of faculty members with the help of qualitative study. These factors make a clear and strong indication that education in the future will be partly online, wherein a lot of e-learning resources will be used by faculty to impart quality education.

This paper aims to present a practical guide for designing effective synchronous online teaching to support student engagement.

This practical guide was developed by drawing insights from literature and our own practical experiences.

This paper developed BEST principles (i.e., Building positive relationships, Engage through interactions, Scaffold collaborative learning, and Timely feedback) as a practical framework for guiding the design of synchronous online teaching. This paper also discussed the pedagogical roles digital tools can play in supporting online teaching and the various design considerations.

This guide can serve multiple purposes: a practical framework for guiding the design of online teaching, a reflective instrument to evaluate the effectiveness of online teaching, and a resource for teacher professional development training in online teaching. It also has implications for the design of learning in other modalities (e.g. face-to-face and hybrid learning).

While some prior research has put forth principles and instructional strategies for designing online teaching, they tend to be more conceptual, and few have integrated principles with empirical evidence and technological solutions. This paper creates a comprehensive guide that integrates learning principles, technology and design considerations for effective online teaching.

This study investigates lecturers’ challenges in guiding students’ final scientific work online during the COVID-19 pandemic. It explores the impact of lecturers’ digital technology proficiency on the students’ ability to compile their thoughts and produce scientific work independently.

The study involved 45 lecturers and 140 students. Data was collected through online surveys using the Google Forms application and focus group discussions. The data were analysed qualitatively and interpretively based on the surveys and interviews.

The findings reveal three modes of mentoring: online, mixed, and offline. Many lecturers’ reluctance to use digital technology for mentoring stems from their lack of proficiency, resulting in mixed mentoring methods. This digital inadequacy affects students’ ability to write scientific work independently, as they are not accustomed to self-directed learning. The pandemic has necessitated more independent work from students, with limited physical guidance from lecturers, leading to a decline in the quality of scientific writing.

This paper contains the latest information related to students' scientific writing activities. Student scientific writing activities are disrupted because supervisors do not have the skills to use technology in the remote student mentoring process. Lecturers are not skilled at using technology in carrying out online tutoring assignments.

As online academic programs and online student populations continue to grow, it is important to consider the population of graduate-level students and what support they need from the university in order to be engaged and successful. This chapter will provide a review of the theory and research to show that there is a need for academic support for graduate-level students while also discussing how institutions have worked to create meaningful connections for students. Drawing on Astin’s theory of student involvement, this chapter will discuss three ways that the University Academic Success Programs department at Arizona State University has worked to address that need and provide academic support to online graduate students: online graduate writing centers, online dissertation writing camps, and employment of online graduate students. Using interview examples from former student tutors, this chapter will show how these opportunities helped online graduate students feel valued, supported, and connected to the institution. This chapter will conclude by addressing limitations, areas for program growth and future research, and recommendations for practitioners to apply in their own institutions.