To What Extent “Body” Has Transformed
By Remote Education During the Post-pandemic Era

Welcome to the portfolio of Five Guys

Literature Review

Body transform- Embodiment

According to phenomenologist Merleau-Ponty (1962, 1964), our embodiment's structure is fundamentally open, so we adopt digital tools and technologies as "fresh tools" into our own perceptual and corporeal organisation. McLuhan (1994) characterises media as physical extensions that enhance the body's senses. According to Bobbitt (2011), significant improvements in current communication and electronic media technologies have globalised our senses and nerves. Meanwhile, Farr, Price and Jewitt's (2012) work noted that the rise of computing continues to blur the boundaries of bodily interaction with digital information. For example, embodied or tactile interaction embeds items with digital information(Dourish, 2001; Shaer and Hornecker, 2010). Vallee(2020) and Burton(2021) claimed that the COVID-19 allows us to redefine embodiment. The physical mobility of people's bodies is reduced in COVID-19, while networked and hybrid engagement are emphasised. Mobile became the major or obligatory form of social connection (Hardley and Richardson, 2021). It is suggested by Vallee (2020) that the epidemic provided people with an embodied experience where they might be 'Present' or 'Absent' at any time, regardless of location. However, consciousness is inextricable from perception, which is inextricable from the body's particular (Richardson and Harper, 2002). The presence of the body in a virtual world is a sort of embodiment (Rettie, 2005). By incorporating the virtual into our physical world, Richardson and Harper (2002) claim that virtual reality is not disembodied but a distinct embodiment element. So the real body should be worried.

Influences of distance learning for students' bodies during Covid-19

Distance learning is not required for higher education, according to Mehrotra et al. (2001). It is essentially a supplement to higher education, giving teachers and students more possibilities. As a result of school closures, 193 countries worldwide have implemented comprehensive distance education policies that strictly adhere to the rule of social distancing to protect students' health (Kristóf, 2020; Barrot, Llenares and Del Rosario, 2021). During the pandemic, distance learning has been the norm. With the advancement of communication technology, many online management applications have been developed to improve classroom quality and student learning experience (Lassoued, Alhendawi and Bashitialshaaer, 2020). It allows students to present graphical representations of their embodied selves in distance learning via communications technology (Bayne, 2004). Distance education, according to Tsai et al. (2016) and Khalil et al. (2020), could help schools overcome time and space constraints. It could also increase students' motivation to study and the interactivity of collaborative learning. As a result, both professors and students can readily participate in the virtual classroom, an "embodied social activity." Boler (2007) stated that even when the "body" is transferred to online data in distant learning, it is still linked to its own body, and the body has a "real" unchangeable reality. Some studies demonstrated that distant education might negatively affect students' learning motivation and physical and emotional health (Bellei et al., 2021; Cardenas et al., 2022; Kosaretsky et al., 2021; Soudien et al., 2021; Hamilton and Ercikan,2021). The sudden change in teaching method may harm students' self-regulated learning during the Covid-19 epidemic, say Hensley, Iaconelli, and Wolters (2021). As a result, students would be disoriented and distracted. Adarkwah(2021) stated that reduced engagement leads to poor communication, higher learning pressure, and decreased efficiency. According to Serhan et al. (2020), distance learning reduces students' opportunities to study face-to-face. And the lack of human contact seems to exacerbate their social anxieties. It is predicted that the epidemic will exacerbate students' psychological difficulties such as anxiety, depression, and loneliness, according to Kapasia et al. (2020) and Islam et al. (2020). This emotional condition may include insomnia, changes in eating patterns, and participation in potentially addictive behaviors like overeating, which can harm the body (Islam et al., 2020).

Reference list:
Adarkwah, M. A. 2021. “I’m not against online teaching, but what about us?”: ICT in Ghana post Covid-19. Education and Information Technologies, 26(2), 1665-1685.
Barrot, J. S., Llenares, I. I. and Del Rosario, L. S. 2021. Students’ online learning challenges during the pandemic and how they cope with them: The case of the Philippines. Education and Information Technologies, 26(6), 7321-7338.
Bayne, S. 2004. The embodiment of the online learner. In Beyond the comfort zone: Proceedings of the 21st ASCILITE Conference (pp. 105-115).
Bellei, C., Contreras, M., Ponce, T., Yañez, I., Díaz, R. and Vielma, C. 2021. The fragility of the school-in-pandemic in Chile. In F. Reimers (Ed.), Primary and secondary education during Covid-19. Springer.
Bobbitt, D. 2011. Teaching McLuhan: Understanding Understanding Media. Преузето, 29, 2014.
Boler, M. 2007. Hypes, hopes and actualities: new digital Cartesianism and bodies in cyberspace. New Media & Society. 9(1), pp.139–168.
Burton, A. L. 2021. Journaling the COVID‐19 pandemic: Locality, scale, and spatialised bodies. Geographical Research, 59(2), 217-227.
Cárdenas, S., Lomelí, D. and Ruelas, I. 2021. COVID-19 and post-pandemic educational policies in Mexico. What is at stake? In F. Reimers (Ed.), Primary and secondary education during Covid-19. Springer.
Dourish, P. 2001. Where the Action Is: The Foundations of Embodied Interaction. Cambridge, Massachusetts: The MIT press.
Farr, W., Price, S. and Jewitt, C. 2012. An introduction to embodiment and digital technology research: Interdisciplinary themes and perspectives.
Hamilton, L. S. and Ercikan, K. 2021. COVID-19 and U.S. schools: Using data to understand and mitigate inequities in instruction and learning. In F. Reimers (Ed.), Primary and secondary education during Covid-19. Springer.
Hardley, J. and Richardson, I. 2021. Digital placemaking and networked corporeality: Embodied mobile media practices in domestic space during Covid-19. Convergence, 27(3), 625-636.
Hensley, L.C., Iaconelli, R. and Wolters, C.A. 2021. ‘This weird time we’re in’: How a sudden change to remote education impacted college students’ self-regulated learning. Journal of Research on Technology in Education., pp.1–16.
Islam, M. S., Sujan, M. S. H., Tasnim, R., Sikder, M. T., Potenza, M. N. and Van Os, J. 2020. Psychological responses during the COVID-19 outbreak among university students in Bangladesh. PloS one, 15(12), e0245083.
Kapasia, N., Paul, P., Roy, A., Saha, J., Zaveri, A., Mallick, R., and Chouhan, P. 2020. Impact of lockdown on learning status of undergraduate and postgraduate students during COVID-19 pandemic in West Bengal. India. Children and Youth Services Review, 116, 105194.
Khalil, R., Mansour, A. E., Fadda, W. A., Almisnid, K., Aldamegh, M., Al-Nafeesah, A. and Al-Wutayd, O. 2020. The sudden transition to synchronized online learning during the COVID-19 pandemic in Saudi Arabia: A qualitative study exploring medical students’ perspectives. BMC Medical Education, 20(1), 1–10.
Kosaretsky, S., Zair-Bek, S., Kersha, Y. and Zvyagintsev, R. 2021. General education in Russia during COVID-19: Readiness, policy response, and lessons learned. In F. Reimers (Ed.), Primary and secondary education during Covid-19. Springer.
Kristóf, Z. 2020. International trends of remote teaching ordered in light of the coronavirus (COVID-19) and its most popular video conferencing applications that implement communication. Central European Journal of Educational Research, 2(2), 84-92.
Lassoued, Z., Alhendawi, M. and Bashitialshaaer, R. 2020. An Exploratory Study of the Obstacles for Achieving Quality in Distance Learning during the COVID-19 Pandemic. Education Sciences. 10(9), p.232.
McLuhan, M. 1994. Understanding media: The extensions of man. MIT press.
Mehrotra, C. M., Hollister, C. D. and McGahey, L. 2001. Distance learning: Principles for effective design, delivery, and evaluation. Thousand Oaks, CA: Sage Publications, Inc.
Merleau-Ponty M. 1964. The Primacy of Perception, And Other Essays on Phenomenological Psychology, the Philosophy of Art, History and Politics. Evanston, IL: Northwestern University Press.
Merleau-Ponty, M. 1962. Phenomenology of Perception Trans Smith. London: Routledge and Kegan Paul.
Rettie, R. 2005. Presence and embodiment in mobile phone communication. PsychNology Journal, 3(1), 16-34.
Richardson, I. and Harper, C. 2002. Corporeal virtuality: The impossibility of a fleshless ontology. Body,Space and Technology Journal, 2.
Serhan, D. 2020. Transitioning from Face-to-Face to Remote Learning: Students’ Attitudes and Perceptions of using Zoom during COVID-19 Pandemic. International Journal of Technology in Education and Science. 4(4), pp.335–342.
Shaer, O. and Hornecker, E. 2010. Tangible User Interfaces: Past, Present and Future Directions (Vol. 3). Delft, The Netherlands: Now publishers.
Soudien, C., Reddy, V. and Harvey, J. 2021. The impact of COVID-19 on a fragile education system: The case of south africa. In F. Reimers (Ed.), Primary and secondary educationduring Covid-19. Springer.
Tsai, I. C., Yeh, C. H., Wang, Y. Y. and Cheng, Y. C. 2016. Developing Taiwan innovative interactive distance learning model: Empirical studies. In 2016 11th International Conference on Computer Science & Education (ICCSE) (pp. 911-916). IEEE.
Vallee, M. 2020. Doing nothing does something: Embodiment and data in the COVID-19 pandemic. Big Data & Society. 7(1), 205395172093393.


Instance of Data scraping

Process of data scraping

The instance of data scraping derived from the Module and Programme Catalogue website of School of Media and Communication. We used the tool Web Scraper to scrape the timetable of the 26 modules in the above webpage, which refer to all the Taught Postgraduate Modules in our school. Following picture is the selector graph.

selector graph

The data we scraped includes various relevant information, the most important of which is the type of activity and location, which indicate whether the class is online or not, as shown in the image. We can calculate the total hours of different lessons by adding start, end, and week figures.

bar chart

We compiled this data in Excel after scraping all available information. It's worth noting that we placed a premium on data quality and meticulously examined these timetables. We separated the extra alternative classes and double-checked the location's availability. Some sessions were initially scheduled on campus, but they were moved online for unknown reasons. Therefore we classified these times as online hours.

Last but not least, the COMM5796M and COMM5797M modules have identical names, timetables, and introduction material. In other words, the two modules appear to be the same, but the codes and class sizes are different. In fact, just 5 students are enrolled in COMM5796M. We opted to integrate the data from module COMM5797M into COMM5796M to make the analysis more realistic. As a result, our dataset only includes 25 courses.

Finally, we fulfilled our dataset which is available here: https://docs.google.com/spreadsheets/d/1xgpNdzJEfxUvinbj0v0O2y_9qaVLR0wbYyoBV2hcbF4/edit#gid=0

Statistical analysis

This dataset is divided into two categories: course types and module types. Lectures, seminars, workshops, and other types of courses are available. Teaching approaches are intimately linked to different course kinds. Only 12% of seminars are held online, but 80% of courses are held online. Furthermore, the lectures account for almost 87 per cent of online hours (243.5 hours). The rationale for this is simple: the more students in a classroom, the more likely COVID-19 regulation will have an impact.

bar chart

Let's have a look at how teaching approaches change between modules. COMM5801 (Urban Narratives) has the most (44h), approximately twice as many as the second in terms of most online hours. Every week, there are two hours of online lectures. In terms of the minimum, it's worth noting that six modules had all of their classes scheduled offline.

The mean of a module's online hours is 11.18, while the median and standard deviation are 11 and 9.74, respectively, across all 25 modules. We may deduce that these statistics are regularly distributed because the median and mean are nearly identical. In terms of total hours spent on these 25 modules, the mean, median, and standard deviation are 28.18, 24.43, and 9.43, respectively. Because the standard deviation of online hours is more than the total hours, the dispersion of online hours among various modules is greater than the general level.

Narrative Account

When we were thinking about how the body was modified in the post-pandemic age, we devised this activity to learn more about how other people, particularly students, felt about the topic. The outcomes of the activities we did with the focus group revealed that the online and in-person groups performed differently at the end. We've compiled a list of information that may be useful in explaining the data.

Setting

The circumstances influenced the results when we delivered the paper folding craft session in several modes. Participants found it difficult to follow up during the online session due to challenges such as netlag and a poor internet connection. Participants were also perplexed by the method because their camera angles differed from the teacher's. In the face-to-face session, all participants sat together with the instructor, allowing them to monitor the instructor's progress in real-time. Furthermore, sitting next to other participants allowed them to observe how each other worked.

In activity behaviour

Throughout the sessions, the participants have a tendency to act in a variety of ways. Only two individuals in the online session unlocked their cameras and microphones, so we couldn't check on each other's progress or see if they were on the correct road. Furthermore, three participants interacted with the teacher by asking questions, while others kept silent throughout the lesson. Due to the lower communication frequencies, it was difficult to tell whether the participants were interested in the class or doing something else. Though in the face-to-face session, the majority of participants preferred not to ask questions directly to the teacher, instead of asking the person next to them or having the individual illustrate the process with their hands. Furthermore, a few participants were distracted by cellphones at the start of the session, but they returned to follow up when they saw others accomplishing the task.
We set a ten-minute time constraint during the testing session to check if participants could complete the five types of paper folding crafts presented in the prior exercise. Fewer online participants finished the entire process rather than abandoning it in the middle. They said they couldn't feel the passage of time or the sense of taking an exam, so they were impatient and didn't take it seriously. While in the face-to-face activity, several participants stated that they would be eager to continue the test even if they were unable to complete it due to the presence of supervisors making them feel like they were in a real test and driving them to complete it faster.

screenshot
After Activity Interview

We took into account all of the participants' feedback on the activity throughout the interviews. The practice was said to be fascinating but difficult to recall by participants in an online group. It was tough to monitor their own procedure and ask queries because they had to switch their focus between the screen and their hands. Some participants also stated that they did not pay full attention during the teaching session because they expected a replay after the teaching lesson so they could review the procedure again, which caused them to recall the process more slowly during the exam. Participants in the in-person activity indicated that mastering the paper folding crafts was difficult for them, but that with the help of other participants and the teacher, they were able to overcome the challenges. It was also a fun way to meet new people while participating in the activity. A test taker who scored the highest claimed that she was confident in the paper folding craft and had helped many other people. She also stated that she had refreshed her own memory of the crafts multiple times, which was the main reason she succeeded.

bar chart

 

Five Guys in the course of COMM5780M

Wang Xiaomeng, Yixuan Li, Zhou Pu, Hu Xinyi and Du Jianian are working on how the attendance of students' individual 'bodies' means for the learning experience in the Covid-19 post-pandemic.


Creative Representation

  • FG’s Journey
    creative representation Our theme material is depicted in this four-panel cartoon. The voyage of a Hamburger named FG is the protagonist of this story. The main character's name FG is based on the abbreviation of our group name "Five Guys". FG first arrives by boat at an offline origami fair, chats with the other attendees, and then departs on a thousand paper cranes. Unfortunately, he is attacked by the Covid-19 virus along the way, and flies into a computer to escape the virus. Finally, he flies his paper plane to his house in the "computer world," where he is alone and can only look at other people's origami masterpieces on the internet, causing him to be miserable and cry. The physical transition of the students from 'offline' to 'online' in the Covid-19 environment, as well as their emotional and psychological adjustments, are the centre of this comic novel.
    Note: Letter “S” in the cloud stands for “Seminar”, “L” stands for “Lecture”
  • Five Data Visualisations

    • 1. Online hours and Course types
      Please hover over the blocks for more information or click on the chart to interact
    • 2. Online hours and Modules
      Please use the 'full screen' interactive button at the lower right corner to view the details clearly
    • 3. Test results of Focus Group

      Remote work was widely used especially after the strike of pandemic, it became a mainstream method due to health concerns. While effectively manipulating the social distance, the study activities had to be delivered and completed through the screens. In order to compare the different reception techniques, we designed this focus group study to explore the role of sensory perception in other university students' learning experience while their body is “transformed” from real world to virtual environment.

      The study consisted of 12 participants(6 male and 6 female), and further divided them into two groups. The instructor taught them how to make paper folding crafts at 5 different levels, and the sessions were delivered in two methods. One group attended the online session, and the other group attended the on-campus session. After the teaching session we invited participants to complete a 10 minutes test to make 5 crafts that they learned, and we recorded the data and presented it in the dot plot graph.

      Please use the 'full screen' interactive button at the lower right corner to view the details clearly
    • 4. Feeling of Experience

      There This two pictures show different higher frequency terms and their connection that appear in proximity in our interview. It's obvious that subjects took part in offline activities feel more positive emotions and richer experience.

    • 5 Word Map

      To create word trees, we entered the textual interview data into wordart.com.

      It revealed that the activity was deemed "Hard" by online and in-person groups.

      Looking at the online group word map, we discovered that "Little," "Bored," and "Network jam" were some of the members' unfavourable feedback.

      In contrast, the in-person group used phrases like "help," "good," and "learn," all of which are more favourable responses to the experience.


    Conclusion

    The active application of online learning in the post-pandemic era due to the covid 19 pandemic improved our awareness of the virtual aspect of the "body" beyond the physical "body." We wanted to see if our peers were experiencing the same changes like us. The studies revealed that the majority of the participants agreed that transferring activities online would reduce the necessity of face-to-face connection, potentially affecting sensory reception during learning. There were a few limitations during the research that we need to address in the future; for example, we should design long time constraints to improve our comprehension of the focus group. Meanwhile, we realised that mastering a topic solely from one academic standpoint is insufficient. We can easily gather enormous amounts of data using data scraping technology, but we also need other approaches, such as interviews, to assist us in analysing the data. As the pandemic situation improves, we think that more in-person classes will be available, resulting in a better study experience.