Distance Education During COVID-19 Pandemic: A College of Pharmacy Experience

Abstract

Purpose: This study aimed at describing the experience of academic staff and students with distance education, during the COVID-19 pandemic, at a college of pharmacy in Saudi Arabia.

Methods: This study used a mixed-method approach. The first phase implemented a survey that targeted both academic staff and students to evaluate their experiences with distance education during the COVID-19 pandemic. Then, a focus group discussion was conducted to explore, in-depth, their experience. The survey consisted of five domains as follows: readiness for the shift to distance education during the full and partial lockdown, perception towards distance education, barriers against distance education, and the acquisitions due to distance education. A five-point Likert scale was used to assess participants’ responses to the different domains (mean score ± standard deviation).

Results: Seventy-eight percent of the academic staff and 65% of the students responded to the survey. Participants’ views were positive for readiness for the shift to distance education during the full lockdown (3.89± 0.42 for academic staff and 3.82± 0.50 for students) with almost similar evaluation for the readiness during the blended learning period (3.91± 0.44 for staff and 3.83± 0.59 for students). The findings showed a generally positive perception towards distance education (3.59± 0.67 for academic staff and 3.47± 0.64 for students). The acquisitions due to distance education were also positive (3.95± 0.72 for academic staff and 3.78± 0.77 for students). Nonetheless, some barriers that affected distance education were raised with an overall neutral view from both academic staff (3.31± 0.72) and students (3.31± 0.64), with different responses for the individual items. Qualitative findings from the focus group discussions explored the strengths, weaknesses, opportunities, and challenges, with emphasis on the areas for improvement.

Conclusion: Although the shift for distance education was out of a sudden, participants showed overall positive views about their experience with distance education and highlighted areas for improvement.

Introduction

Distance learning is a long-standing concept in higher education. It refers to learning mediated via technology devices when a physical distance exists between the learner and the educator.¹ It is far from being a new phenomenon; tracing its history, distance learning originated in the earlier 18th century, in the shape of correspondence study to pave the way for desirous learners outside the city without a command to be on-site. Since then, it has gone through series of advancements and gained popularity,² especially with the rapid development in technology innovation. In parallel, other modules in distance education have evolved such as blended learning (or hybrid-learning) describing combination of face-to-face and technology-mediated instructions,³ offering a resilient, accessible learning experience.^3,4 Presently, many educational institutions were compelled to use distance learning to synchronize the current COVID-19 situation.^5–8

When the World Health Organization first announced COVID-19 as a global pandemic on March 11, 2020, governments had to use preventive policies to control the spread of the virus and suspended schools and universities attendance for an indefinite time. Higher education, shortly, responded to this huge shift and activated distance education, taking the advantage of existing learning supportive systems such as Blackboard and Moodle.^6,9,10

Although this quick transition provided continuity to the learning process, it also heightened education disparities among students, especially those who live in rural areas or low-income countries, those with the poor-economic state, and those who lack basic information technology skills.^9,11 Such characteristics can hinder access to modern technology resources to support the distance learning movement. Taking into consideration that the present situation might persist for a longer period and propose a shift towards online learning for indefinite time. This situation will force educational institutions to be prepared and equipped with the necessary tools to ease the adoption of such a trend.

Various medical and health-related educational institutions have responded to the global pandemic by shifting to distance education. Varied experiences have been published, for example; in dental education where e-learning, and interaction during the education process, received appreciation from academic staff and students;¹² in a medical school where more than half of the students and staff expressed their positive views on distance education;¹³ and in nursing education where distance education supported the continuation of the theoretical part of the courses but challenges arose for students with limited resources.¹⁴

In pharmacy education, the concept of distance learning was adopted before the COVID-19 pandemic in several institutes worldwide. The main goal was to enable students to undertake study programs outside the structure of their institutions and without requirements to be on-campus. Another goal was to reinforce education with innovative technologies, for example, the incorporation of video conferencing with traditional, entry-level to the Doctor of Pharmacy program, and the introduction of synchronous, two-way live interaction learning.¹⁵ Another example is the provision of a distance learning program to obtain a Pharm.D degree under the "learning anywhere, anytime" premise.¹⁶ However, the emergence of this approach encountered challenges like technical issues, consistency of instructional materials within all sites, adjusting teaching style, and time to prepare materials.^15,17,18 Other studies investigated the impact of distance learning on students' academic performance within either one or more courses of study and reported the effectiveness of such learning modes and their equivalency to traditional education with less difference size between scores.^19,20

In response to the precautionary measures forced by governments to prevent COVID-19, a complete shift to distance learning was used as an alternative strategy to the suspension of students' attendance on campus.⁷ Varied levels of responses to the situation were reported. Some countries, for example, carried out off-campus students' research under remote supervision of faculty members. However, the capacity for e-learning, underequipped pharmacy schools, and internet access service were major challenges.^7,21,22 Other examples include activation of the asynchronous teaching for pharmacy education shortly to cope and expand learning accessibility; remote delivery of the educational content due to subscriptions to various E-Systems, expert's readiness, the inclusion of active learning in the curriculum, and training instructors to use online platform for teaching such as (Zoom).^7,8,23

In the kingdom of Saudi Arabia, the Ministry of Education issued a notice, in March 2020, to suspend face-to-face teaching and learning and temporarily close all educational institutions because of the COVID-19 pandemic. Distance learning was activated, at different levels, through the use of online education platforms. For the subsequent academic year 2020–2021, the country regulated the education in higher institutions to maintain blended learning where lecturing was carried online and practical session and tutorials were carried on campus. Published literature from Saudi Arabia highlights experiences from some pharmacy schools.^8,24 The aim of this study was to reflect the experience of a pharmacy school, during the COVID-19 pandemic, from the perspective of students and educators. The study also compared participants' views on full distance education and blended learning as modules in pharmacy education. The ultimate goal was that lessons can be learned from the different experiences and future thoughts can be discussed for more effective pharmacy education.

Materials and Methods Study Design

This study used a mixed-method approach. The first phase involved a cross-sectional survey that targeted both students and academic staff to evaluate their experiences with distance learning during the covid-19 pandemic. Then, a focus group discussion method was conducted with a group of students and academic staff with the purpose of in-depth exploration of their perspectives on the current situation and areas for improvement.

Inclusion Criteria

The study included all students and academic staff at the College of Pharmacy – Princess Nourah bint Abdulrahman University (PNU) during the academic year 2020–2021. PNU is a female-only university.

Study Setting

The study was conducted using an online survey with the target population. The focus group discussions were performed online, via Microsoft Teams, with a purposive sample of the target population who expressed their willingness to participate in the discussion sessions. Data collection took place from 15 November–13 December 2020. The surveys were distributed to the target population through university email. To increase the response rate, two reminders were sent to the target population.

With respect to the distance education process, the College of Pharmacy – PNU has immediately shifted to distance education after the announcement made by the authorities for full lockdown in Saudi Arabia due to the COVID-19 pandemic. The College of Pharmacy has already the Blackboard Collaborate as the main e-learning system. Additionally, Microsoft Teams, as a communication application, is also in place. During the full lockdown (second term of the academic year 2019–2020), all teaching and assessment activities were performed remotely. For the first term of the academic year 2020–2021, as per the country regulations, blended learning was adopted in the college through performing lectures online, while the practical part of the subjects and tutorials, and exams were carried on site.

Sample Size

The study population consisted of all Pharm.D students registered for the academic year 2020–2021 (n = 365 students) and all academic staff (n = 54).

Development of the Study Tools

The study was performed using a survey for the first phase. The survey was developed based on the published literature,^{6–8,18,19,21,22} and the SWOC analysis (Strengths, Weaknesses, Opportunities, and Challenges), that was carried out by the College of Pharmacy at the beginning of the academic year for routine planning and improvement. Two versions of the survey were developed; one for academic staff and another one for students. Each survey consisted of six domains which were; characteristics of participants, views on the readiness for the shift to distance education during full lockdown (second term of the academic year 2019–2020), views on the readiness for the shift to distance education during the blended learning period (first term of the academic year 2020–2021), perception towards distance education, challenges facing the distance education process, and accomplishments from distance education.

The final surveys involved 40 questions and 38 questions for the academic staff's version and students' version, respectively. With respect to the academic staff's survey version, the face validity of the tool was carried out with two staff members, and then piloting was performed with other three staff members, who also judged the content validity of the two surveys based on their background and their responsibilities of the education process at the College of Pharmacy. For the students' version survey, five students were first face-validated the tool, then a pilot study with 15 students was carried out to inform the final version.

The questions about readiness for each academic staff's and students' survey were slightly different to match the position of each type of participants. The readiness was investigated with reference to individual's readiness and the institution's readiness. With respect to the academic staff, the readiness domain consisted of eight questions for period 1 and nine questions for period 2. Regarding students, the readiness was assessed using seven items for period 1 and seven items for period 2. Responses to each question were rated on a 5-point Likert scale (strongly disagree = 1, disagree = 2, neutral = 3, agree = 4, strongly agree = 5). Responses to this domain were calculated using the weighted mean for each question and the overall mean for the domain. The trend of participants' views was calculated with reference to the weighted as follows: strongly disagree = 1–1.79, disagree = 1.8–2.59, neutral = 2.60–3.39, agree = 3.40–4.19, and strongly agree = 4.20–5).

Regarding perception, six items and nine items were used to investigate the staff's and the students' perceptions, respectively. A 5-point Likert scale was used for these questions (1= very untrue of me, 2 = untrue of me, 3 = neutral, 4 = true of me, and 5 = very true of me). The trend of participants' perception towards distance education was calculated with reference to the weighted mean as follows: very untrue of me = 1–1.79, untrue of me = 1.8–2.59, neutral = 2.60–3.39, true of me = 3.40–4.19, and very true of me = 4.20–5). The results of this domain are shown in Table 1.

Responses to the barriers domain were investigated using a 5-point Likert scale as follows: 1= not at all a barrier, 2 = small barrier, 3 = neutral, 4 = large barrier, and 5 = very large barrier. The trend of participants' views on the barriers towards distance education was calculated with reference to the weighted mean as follows: not at all a barrier = 1–1.79, small barrier = 1.8–2.59, neutral = 2.60–3.39, large barrier = 3.40–4.19, and very large barrier = 4.20 −5. Regarding acquisitions, responses to each question were rated on a 5-point Likert scale (strongly disagree = 1, disagree = 2, neutral = 3, agree = 4, strongly agree = 5). Responses to this domain were calculated using the weighted mean for each question and for the overall mean for the domain. The trend of participants' views was calculated with reference to the weighted as follows: strongly disagree = 1–1.79, disagree = 1.8–2.59, neutral = 2.60–3.39, agree = 3.40–4.19, and strongly agree = 4.20–5)

For the purpose of the focus group discussions with students and staff, a topic guide was prepared for each category. This was based on elaborating more on the main sections of the survey and participants' responses.

Data Processing and Analysis

Analysis of the survey data was conducted using the Statistical Package for Social Sciences (SPSS for Windows, version 24). Each question in the survey was coded. Descriptive statistics were carried out such as frequencies and percentages. For the qualitative data generated from the focus group discussions, thematic analysis²⁵ was applied. Three authors in this paper went through coding and labeling of the data generated from the focus group discussions, grouping it into themes, and examining it to make sure that all the expressions of each theme have been considered.

Ethical Considerations

An ethical review of the study was obtained from the Institutional Review Board at Princess Nourah bint Abdulrahman University (IRB Log Number: 20–0464). Before study commencement, participants were asked about their willingness to participate in the research. A consent form was sent together with the survey link. The consent form gave information about the study and participants' rights. The online survey also gave an introduction about the study, and there was a statement indicating that the participants have read the information about the study and they agree to participate. For the qualitative part, written consent was obtained from those who participated in the focus group discussion. The participants informed consent included publication of anonymized responses.

Results Characteristics of the Study Participants

Two surveys were used in this study: one for academic staff and another one for students. There were 49 eligible academic staff members (after excluding the five members who participated in the face validity and the pilot study), of whom, a total of 38 responses were received, giving a response rate of 78%. Of the respondents, 55% were assistant professors and above (and the remaining were lecturers and teaching assistants), 45% had an experience of 6–15 years in teaching, whereas 37% and 18% had less than 6 years and more than 15 years teaching experience, respectively.

Concerning students, the survey was distributed to 345 (after excluding the 20 students who participated in face validity and the pilot study). Of the students, 223 responded to the survey with a response rate of 65%. Participants' academic levels were as follows: 23% at level 11, 18% at level 9, 20% at level 7, 18% at level 5, and 21% at level 3.

Reliability Analysis of the Surveys' Domains

The reliability (internal consistency) of the survey domains was evaluated. Analysis of the staff's survey showed the following results for Cronbach's alpha for the different domains: 0.777 for readiness during period 1, 0.813 for readiness during period 2, 0.835 for perception, 0.853 for barriers, and 0.837 for acquisition. For the students' survey, the following values of Cronbach's alpha for the different domains were obtained: 0.791 for readiness during period 1, 0.839 for readiness during period 2, 0.928 for perception, 0.753 for barriers, and 0.907 for acquisition. This is an indication of Views on the Readiness for the Shift to Distance Education

Both academic staff and students were asked about their views on the readiness for the shift to distance education during full lockdown (second term of the academic year 2019–2020 – period 1), and during the blended learning (first term of the academic year 2020–2021 – period 2). The findings of this section are illustrated in Figure 1 (for academic staff) and Figure 2 (for students). All items showed an overall trend of agree (3.40–4.19) during the two periods investigated. Participants' views were reported as agree for: readiness for the shift to distance education during the full lockdown (3.89±0.42), and readiness for the shift to distance education during the blended learning (3.91±0.44)

For the readiness during the blended learning period (period 2), an additional statement was added which is statement # 9; "I am well prepared to carry out any future distance education". This statement was added to sum up the staff's views after they experienced distance education for two semesters. The score for this item was 4.05 ±0.695 (Mean ±SD).

In relation to students, all items showed an overall trend of agree (3.40–4.19) during the two periods investigated; 3.82±0.50 for the shift to distance education during the full lockdown period, and 0.83±0.59 for the blended learning period. Responses for the individual items of this domain are presented in Figure 2.

Perception Towards Distance Education

Academic staff and students were asked about their perception towards the process of distance education. The findings of this section are illustrated in Table 1.

Barriers Towards Distance Education

The study participants were asked about their views on the perceived barriers against the process of distance education. The findings of this section are presented in Figure 3 (for academic staff's responses), and Figure 4 (for students' responses)

For academic staff, the technical issues during lecturing and assessments were considered the biggest barrier, then the effort paid due to long-time facing the screen, followed by the limited communication compared to face-to-face teaching.

For students, on the other hand, the main barrier for them was the effort paid due to long-time facing the screen followed by the lacking of effective communication compared to face to face. Students found to face difficulty in understanding the information which affects their motivation.

Acquisitions from Distance Education

The perceived acquisitions due to the shift to distance education were examined, and the findings are illustrated in Table 2.

Focus Group SWOC Analysis

A group of academic staff involving eight members, and a group of nine students from different academic levels, participated in separate group discussions. The academic staff participants were from the two departments in the College of Pharmacy; Department of Pharmaceutical Sciences and Department of Pharmacy Practice. The purpose of the discussions was to elaborate on the findings from the surveys.

The discussion focused at first on the experiences of the participants during the full distance education and during blended learning for the courses that involve practical sessions and tutorials. The discussion took the form of SWOC analysis where participants had the opportunity to express their views about the strengths, weaknesses, opportunities, and challenges that face the distance education process. The themes that emerged from the two group discussions were merged and are presented in Table 3.

Additionally, the focus group discussion explored participants' views on the areas that need improvement which included:

* Enhancement of distance education platforms

* Enhancement of the communication between academic staff and students

* Enhancement of synchronous interaction

* More training coaches on time management during distance education

* More training courses for all beneficiaries to better utilize the available resources

* More technology integration into the distance education process Discussion

This study was carried out at the College of Pharmacy - PNU to investigate academic staff's and students' experiences with distance education during the COVID-19 pandemic and compared their experience during distance and blended learning. Participants in this study represented academic staff with different academic ranks and teaching experience, and students from different years of study.

The current study reports the findings of a college of pharmacy experience in an educational environment where courses are delivered, in the normal situation, through in-classroom teaching, laboratory teaching, and experiential training, in addition to other activities. The situation has changed during the pandemic to distance education for the second term of the academic year 2019–2020, and to blended learning during the academic year 2020–2021. It is worth mentioning that the experience of students who were on the experiential training at the time of the study, was not investigated here. It will be emphasized on in a separate research.

The study started with examining participants' views on the readiness to shift to distance education when the decision was a sudden one because of the pandemic, and their views during the academic year 2020–2021 or what is considered here blended learning period. The main areas of the domain were about participants' capabilities, the efficiency of available learning systems, and the technical support provided. Responses to this domain, during the two periods, showed varied mean scores, but there are all in the positive range of the views. Overall, participants showed positive views about their readiness and the college's readiness for a shift to distance education during the two periods under study.

In order to accept or cope with any new situation, having a positive opinion about it is of great importance. Such a finding, reported in this study, may open the door for more discussion with the beneficiaries with the aim of improving their experiences, and for better utilization of the available resources. Even before the pandemic, academic staff and students were familiar with many components related to the use of some e-learning management systems and distance educational platforms (as required by the institution), but the actual utilization of these platforms may vary among the beneficiaries. At the College of Pharmacy, before the pandemic, there are online courses (in the preparatory year), blended courses (some college courses for instance pharmaceutical ethics), as well as use of technology in teaching, assessment, and communication in all college courses as part of the course activities. Immediately, after the decision of shifting to full distance education was made by the authorities, the College of Pharmacy – PNU, prepared a risk management plan for the education process. A comprehensive guide, which was in line with the university one, was, promptly, provided to all beneficiaries, and updates were also well timed. Different committees were established, in response to the emergent situation, to aid in the management of the education process. Technical support was provided at the university and college level throughout the day. This might explain the participants' positive feedback on many items related to the readiness to the shift to distance education. Positive opinion about the transition to distance education in the pharmacy field was also reported by some studies that investigated students' and academic staff's experiences.^8,24 An analytical overview of various responses of higher educational institutions in the region of Gulf Cooperation Council also highlighted the positive impact of the already established distance education infrastructure on the transformation process.²⁶ In contrast, when some basic infrastructure represents a concern, distance education might be a challenging process.^21,27

After having participants' views on the readiness to the shift to distance education, an important issue was how they generally perceived distance education after the experience they went through. Participants' perception toward distance education was generally positive. Nevertheless, some components of the perception showed an overall score of "neutral". This signifies that these areas did not receive positive views and a significant number of participants' found them a challenge. The areas of concern were teaching staff's views on the quality of interaction with students, the overall achievement of the learning outcomes, whereas students showed neutral feedback on the quality of interaction with instructors and classmates in addition to some concerns regarding time management and overall academic achievements. In fact, all the mentioned areas represent challenging issues, and they are reported as concerns in the literature.^7,21,28 Interaction is a fundamental component of any education process, increasingly the online one. The amount of interaction received positive views by study participants; however, the quality of interaction was a concern. This issue was also emphasized on during the focus group discussion. The impact on the quality of interaction between the preceptors, students and peers might be one of the reasons behind the neutral perspective toward the overall achievement of the learning outcomes in both academics and students especially skills and values outcomes. This calls for improvement in this respect as interaction is the key element in students' understanding and skills improvement. Indeed, the instructor plays a major role in improving communication and interaction with students. Studies have found that communication and interaction increased student's motivation, engagement and understanding of course²⁹ and for the purpose of improving the quality of interaction, instructors shall focus more on how to utilize additional means of communication by using interactive technology programs.³⁰

Academic staff members were also concerned about the students' achievement of the different learning outcomes in an environment where some skills remain a challenging issue to be met and evaluated. Another concern raised by students was the time management issue. The discussion also revealed that some students viewed distance education as a time-demanding process with lots of tasks to do. This was also reported as an overwhelming problem from a global perspective.²⁸

Besides readiness and perception, barriers to the distance education process were also studied. The central areas in this domain were personal-related barriers and technical barriers. Personal related factors, for example, technology experience and motivation were regarded as minor barriers from the perspective of the two study groups. This may be due to the adequate guidance and training that were provided to academic staff and students thought out the term. Communication problems, technical issues during the teaching and assessment process, and health concerns due to the use of computers for long period were reported as barriers. These issues were emphasized on during the focus group discussion. Some ways to improve technical issues may include frequent reporting of these issues to higher administration. Additionally, ways to avoid or overcome the common issues can be distributed to academic staff and students. The participants expressed their views that they value the efforts made on different levels to improve the distance education process; however, there remain challenging issues that need to be addressed. In practice, some barriers are multifaceted, and addressing them needs coordination between different stakeholders, monitoring the improvement process, and having regular feedback to close the loop. Barriers to the overall teaching and assessment process during distance education are comparable on a worldwide level.²⁸ The focus group discussions emphasized on areas to be improved which include Enhancement of distance education platforms, enhancement of the communication between academic staff and students, Enhancement of the lively interaction, more training coaches on time management during distance education, more training courses for all beneficiaries to better utilize the available resources, and more technology integration into the distance education process. Addressing these areas for improvement, in the short and long run, will profoundly reshape the picture of distance education.

Distance education is also expected to come with some perceived learning acquisitions. The flexibility of teaching from anywhere, improvement of time organization and utilization, enhancement of teaching and technology skills were viewed as accomplishments in this study from the perspective of teaching staff. Students shared comparable views with stressing on the increased value of enhancement of independent learning skills was considered. These findings are comparable to Rajab MH et al, 2020 who found that increasing the self-responsibilities among students is one of the advantages of distance learning.²⁸ On the other hand, students were generally "neutral" about the "time management" and "enhancement of the acquisition of scientific knowledge" as accomplishments in their experience which is correlated with their perspective about distance education.

Limitations

The results of this study should be interpreted in light of the type of bias inherited to survey design. The findings were based on participants' self-reports, which might introduce social desirability bias. However, attempts were made to reduce the bias through the qualitative exploration of the participants' experience using focus group discussions. It is also important to consider that the experience presented here is from a female-only college. Males might have different perspectives.

Conclusion

This study reflects that shifting to distance education during the COVID-19 pandemic was positively received by academic staff and students at the College of Pharmacy – PNU. The main outcomes indicate that both academics and students reflected positively to the readiness of shifting to distance education. For the barriers and challenges, both students and staff raise the active communication and health issues due to long time screen as the main barriers. In addition, academic staff showed concerns toward the impact of the technical issues on the teaching and assessment. For the main acquisitions, academic staff found that distance learning is an opportunity to develop their teaching skills whereas students found it as a chance to explore their independent learning skills. Lessons should be learned from this experience, and strategic plans need to be established to overcome the concerns highlighted.

Disclaimer

The work presented is solely the authors' analysis, and may not be understood or quoted as being made on behalf of or reflecting the position of the College of Pharmacy – Princess Nourah bint Abdulrahman University.

Acknowledgment

This research was funded by the Deanship of Scientific Research at Princess Nourah bint Abdulrahman University through the Fast-track Research Funding Program.

Disclosure

The authors declare no potential conflict of interest relevant to this work.