Introduction

In 2015, the United Nations (UN) announced its sustainability development goals (SDG) which aim to fight poverty, protect the environment and enhance the lives and prospects of human beings [1]. The third goal, “ensure healthy lives and promote well-being for all at all ages”, aims to achieve universal health coverage (UHC) and minimise the variations between healthcare systems worldwide [1]. Integral to achieving UHC is the continuous and sustainable supply of qualified and trained healthcare professionals [1]. Additionally, in its 2030 strategy, the World Health Organisation (WHO) considered qualifying, training and enforcing a competent healthcare workforce as key for meeting the growing demands of the general population for healthcare services [2]. However, despite all the efforts to achieve UHC, recent figures show that by 2030, healthcare systems, mainly in low and middle-income countries, will suffer from a shortfall of eighteen million healthcare workers [3]. The shortage is expected to include different professions and specialisations such as medicine, nursing, allied healthcare, and pharmacy [2, 3].

Pharmacists are the experts in medicines: in understanding medicines’ pharmacological characteristics, dosing regimen, possible interactions and adverse drug reactions. In addition, pharmacists, especially community pharmacists, are frequently reported to be the most accessible healthcare professionals, whether in developing or developed countries [4, 5]. Through their knowledge, expertise, and services, Pharmacists play a central role in supporting national healthcare systems, providing primary healthcare, and achieving universal health coverage (UHC) [6]. Therefore, a shortage in the pharmacy workforce could limit patient access to medicines and health services and care and also hinder the achievement of UHC.

The pharmaceutical workforce represents an interesting case of healthcare professions. Over the years, the pharmacy profession has been experiencing variations in workforce capacity between countries worldwide [7]. While the forecasted shortage is expected to affect different healthcare professions, especially in low and middle-income countries, shortages in the pharmaceutical workforce have been reported by high-income countries such as the United States of America, the United Kingdom and Australia [8,9,10,11]. On the other hand, middle and low-income countries are witnessing an increase in the total number of qualified pharmacists and an improvement in the density of pharmacists per 10,000 population [7, 12].

Shortage in the pharmaceutical workforce in high-income countries could encourage and increase the immigration of pharmacists from low and middle-income countries. Accordingly, the healthcare sector and pharmacy profession in high-income countries would be reliant on foreign-trained and qualified pharmacists in the near future. Therefore, there is a need to ensure a match between immigrant pharmacists’ competencies (supply) and the healthcare system needs (demand). For that reason, there is a need to understand the main competencies pharmacy graduates need to develop and acquire to meet the demand of healthcare systems worldwide.

In addition to immigration, healthcare and higher education policymakers should develop interventions that encourage students to study and practice pharmacy. Therefore, one way of addressing the shortage in the pharmacy workforce is to understand what factors motivate students to choose a pharmacy and their overall experiences and satisfaction with their academic programmes.

A large body of literature looked at pharmacy students’ motives for studying pharmacy, their overall experiences with their academic programmes, and their future career plans. However, available literature highlights motives and drives to study pharmacy at a national and local healthcare system level. Therefore, it might be used in helping national systems in creating policies and schemes to encourage students' enrolment into pharmacy degree programmes. Furthermore, as UNSDG#3 aims to achieve universal health coverage and minimises the variations between healthcare systems worldwide, students should be encouraged to enrol in pharmacy degree programmes.

Study aim and objectives

This study aims to provide a comprehensive assessment of pharmacy students and young pharmacists’ motives and drives to pursue a pharmacy degree, their overall experiences and satisfaction with their pharmacy academic programmes, and their career aspiration and future plans.

Methods

Study settings, design and subjects

This study is a global cross-sectional study that targeted young pharmacists and pharmacy students worldwide. As the target population’s exact size is unknown, a minimal sample of 377 participants from each category was needed. The sample size was calculated based on a 95% confidence interval, a standard deviation of 5%, 0.05 level of significance and an unlimited population size.

Data collection tool and study instrument

Migration patterns, motives, influencers and barriers were explored using a self-administered questionnaire instrument. The research team developed the instrument based on a thorough literature review and the study’s aims and objectives. Literature review was focused on theories, models and research addressing motives for studying and specialisations, experiences with academics programmes and factors correlated with academic satisfaction. The first version of the instrument was reviewed and assessed by subject-matter experts. Following experts' assessment, the instrument was amended, and two versions, one for students and one for young pharmacists, were created.

Each questionnaire instrument consisted of eleven questions grouped into four sections as per the following: section one: participant’s demographics and characteristics such as occupation, nationality and gender. Section two: motives and drives for studying pharmacy. Section Three: participants’ experience with the academic programme. Section Four: participants career aspirations.

As this study is an international study, the final version was translated into French, Spanish, Portuguese, Arabic, Chinese, Indonesian and Japanese. Translated versions were checked and validated by native speakers. The final survey instruments were self-administered using the Qualtrics platform.

In the period between May 2019 and March 2020, the targeted participants were sent the survey link via email, which was distributed through the International Pharmaceutical Students Federation (IPSF) and the Young Pharmacists Group at the International Pharmaceutical Federation (YPG-FIP).

Statistical analysis

Following the data collection phase, data were extracted and logged in an Excel® workbook (Microsoft Office MS, 2013). Data cleaning, coding and groping were carried out.

Motives and drives for studying pharmacy were grouped into three main categories: science focused, career consideration and personal aspiration. Moreover, competencies were grouped according to the FIP Global Competency Framework into four main categories: pharmaceutical care, pharmaceutical public health, professional/personal organisation and management competencies. As a five-point Likert-scale was used to assess participants’ satisfaction with their academic programme, the scale was convert into three-points to ease and facilitate the analysis. Accordingly, the first two categories (strongly agree and agree) were grouped into one (agree), the last two categories (strongly disagree and disagree) were grouped into one (disagree), the intermediate scale (neither) was left as it is.

Descriptive analysis, frequencies and percentages, was used to report participants’ demographics and characteristics, motives for studying pharmacy, and satisfaction with the academic programme. Z-test was used to standardise scores and compare between students and young pharmacists. Chi-square test of independence was used to investigate differences between different country categories. Inferential analysis and ordered logistic regression were used to determine factors associated with the overall satisfaction with the academic programme and participants' willingness to practice pharmacy. Data analysis was carried out using STATA® data analysis and statistical software (StataCorp, 2016).

Ethical consideration

The Research Ethics Committee at University College London reviewed and approved this study (Ethic Identifier Number: 14103/001).

Results

Participants demographics and characteristics

In total, 1,423 participants; 751 (52.8%) young pharmacists and 672 (47.2%) pharmacy students; participated in this study. As the questionnaire was distributed electronically via the IPSF and YPG-FIP, it was not possible to know the exact number of approached potential participants. Therefore, it was not possible to calculate the response rate.

Out of the 1,423 participants, 513 (63%) were female. The research participants came from 99 countries; 696 (48.1%) from High income countries, 213 (15.0%) from Upper-middle income countries, 459 (32.3%) from Lower-middle income countries, and 55 (3.9%) from Low income countries. Table 1 summarises participants’ demographics and characteristics. 

Table 1 Participants’ characteristics and demographics
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Participants’ motives for studying pharmacy

Out of 1,423 participants, 993 (69.8%) stated that pharmacy was their first choice for studying. As a profession, pharmacy was preferred by young pharmacists more than pharmacy students (p-value = 0.006), Table 2. Significant difference was also observed between countries, as participants from high income countries were more willing to select pharmacy as a profession. Desire for studying pharmacy was driven by a number of factors; mainly: interest in healthcare, wanting to help people and an interest in science. Differences were observed between young pharmacists and pharma students in the number of motives, mainly the career consideration and aspiration related factors. Interest in healthcare and possible job opportunities were the main drives among low-income countries participants. On the other hand, influence of social circle, whether family members or others, did not influence the preference of low-income countries participants, Fig. 1 shows the differences between countries in motives for studying pharmacy. 

Table 2 Motives and overall experiences with studying pharmacy 
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Fig. 1
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Motives and drives for studying pharmacy by country world bank classification 

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Participants’ experiences with academic programmes

Upon investigating their overall experiences with their academic programmes, more than 60% of the study’s participants had a satisfactory experience. Dissatisfaction was more prevalent among pharmacy students (p-value = 0.014). Comparison between countries classification showed that there is a significant difference between countries. While the highest satisfaction was observed among participants from lower-middle income countries (66.9%), the highest dissatisfaction was reported by low-income countries participants (34.5%). A high proportion of participants wanted to have more training and education related to pharmaceutical care competencies and skills. On the other hand, lower percentage of participants wanted to acquire more knowledge related to organisation and management competencies. Table 2 summarises experiences, related findings and results.

Participants career aspiration

Out of 1,423 participants, 1,110 (78%) showed a desire to practice pharmacy. Young registered pharmacists were significantly higher in their desire to practice pharmacy than pharmacy students (p-value =  < 0.00001). More than 40% of participants, who were intending to practice pharmacy, wanted to work at community pharmacy settings, while only 8.3% wanted to have a career in academia and research. Several reasons were reported for not wanting to practice pharmacy. Pursuing further studies was the main reason for 42% of participants, who did not want to practice pharmacy, followed by better salary opportunities at other professional sectors, Table 2.

Significant differences were also observed between countries; as the highest percentage (12.7%) of participants, who did not want to practice pharmacy, were resident of low income countries. Differences were also observed in the selected sector of practice; 62% of high income residents wanted to work at a community pharmacy settings, Fig. 2. 

Fig. 2
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Future career aspiration by country world bank classification

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Predictors of satisfaction with academic pharmacy programme

Several factors were considered to predict participants’ satisfaction with the academic programme. These factors were gender identity, World Bank classification of country of residency and having pharmacy as the first choice for professional qualification. Inferential analysis revealed that satisfaction with the academic programme was significantly associated with two main factors: gender and country of residency. Results showed that female participants were more satisfied with their academic programme than male participants. Interestingly, being a resident of a middle income country increased the likelihood of being satisfied with the academic pharmacy programme in comparison to upper income countries. A marginal association (p-value = 0.053) was found between having pharmacy as the first choice and being overall satisfied with the academic programme. Table 3 shows regression model output.

Table 3 Ordered logistic regression outputs of satisfaction predictors
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Predictors of career aspirations and future plans

Lastly, factors that could predict career aspirations and future plans were investigated. Associations between wanting to practice pharmacy and gender identity, overall satisfaction with academic programme, having pharmacy as the first choice for professional qualification and World Bank classification of the country of residency-were investigated. Ordered logistic regression showed that there were significant associations between all investigated factors and participants’ willingness to practice pharmacy in the future. Results showed that having pharmacy as the first choice for professional qualification and being generally satisfied with the academic programmes-were positively associated with participants' willingness to practice pharmacy. Interestingly, being a female and a resident of an upper-middle income country was negatively associated with the career aspiration to practice pharmacy. Table 4 shows output of the ordered logistic regression.

Table 4 Ordered logistic regression outputs of career aspiration
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Discussion

This is the first international study to assess the motives, experiences and career aspirations of pharmacy students and young pharmacists worldwide. The research team was able to get input and data from 1,423 participants using a self-reporting questionnaire instrument. The instrument collected data related to participants’ demographics and characteristics, leading drives and motives for choosing pharmacy as a profession, overall satisfaction with their academic programmes, plans, and set of competencies and skills they wanted to learn and be trained more about during their academic studies.

Similar to what was reported in the literature, pharmacy was not always the first choice for studying for pharmacy students [13,14,15,16]. However, unlike previous studies, in this study, the majority, almost 70%, reported that pharmacy was their preferred field of study. The high percentage could be explained by the nature of research participants, as more than 50% of the participants were young pharmacists who were already practising pharmacy and might have a positive attitude toward their profession and career of choice.

The choice of career or profession is influenced by a number of social, environmental and background related factors [17]. These factors can be extrinsic, intrinsic or both with a different locus of causality and control [18]. In this study, intrinsic motives “inherent satisfaction” were the main drives for pursuing a pharmacy degree. Interest in the healthcare and medical field was the primary motive for more than 70% of the research participants. Interest in healthcare is a commonly reported motive for pharmacy students in a number of countries with different World Bank classifications such as Qatar, Pakistan, Malaysia, United Arab Emirates and the Kingdom of Saudi Arabia [14, 19,20,21,22].

The comparison between countries showed that drives and motives related to interest in healthcare, better job opportunities, and migrating abroad were higher among participants from low and lower-middle-income countries. Interest in healthcare and the medical profession could be driven by the challenging status of national healthcare systems in low-income countries [23]. Choosing the pharmacy profession to pave the way for migration could be driven by better job opportunities, higher salaries, which was one of the main drives of participants from high-income countries, and better lifestyles in high-income countries. This is also in alignment with the general trend in workforce migration from low to high-income countries [24].

It is important to assess students and young pharmacists overall experiences and satisfaction with their academic programmes, as it could be used as an indicator to predict their ability to learn and develop their skills and competencies [25]. Results showed that circa 60% of the research participants had satisfactory experiences with their academic programmes. These results are similar to the results and findings of two previous studies in Jordan and Sweden [26, 27]. This could be viewed as a disappointing low outcome for a regulated healthcare profession. However, overall satisfaction was significantly associated with some demographic factors; gender and the country of residency World Bank income classification. The fact that females were more satisfied with their academic programmes could be explained by the notion that pharmacy is perceived as female-friendly profession, and females, in general, are more attracted to study and practice pharmacy [28]. The association between the overall satisfaction and country of residency World Bank classification needs further and deeper investigation that compares different countries in terms of methods of students recruitment, offered educational curricula and adapted teaching and mentoring approaches.

Results showed that almost 50% of the study participants were interested in learning more about pharmacy and trained on competencies related to pharmaceutical care and pharmaceutical public health. The desire to receive more training related to these competencies could be explained by the fact that the majority of the study participants wanted to practice pharmacy in patient-facing sectors such as community pharmacy or hospital pharmacy. Regarding the future career aspirations, the study results aligned with previous studies carried out in countries with different gross national income per capita, such as the United Kingdom, Malaysia and Jordan [26, 29, 30]. Additionally, having similar results among different classes of countries regarding career aspiration might indicate a global trend and interest toward patient-facing careers. This could strengthen and emphasise pharmacists’ role as key players in providing healthcare, mainly primary healthcare [6].

The desire to practice pharmacy or work in a pharmacy-related sector was significantly associated with being a female and having pharmacy as the first choice for studying and specialisation. Again, being known as a female-friendly profession might explain why female participants were more willing to practice pharmacy. Moreover, being initially motivated to study pharmacy could encourage the pharmacy students to practice pharmacy and develop their pharmaceutical skills and knowledge.

Conclusion

In order to properly plan for the development and evolvement of the pharmacy profession, we need to understand pharmacy students' motives and drives to study pharmacy. It is also helpful to make sure that we, in the healthcare sector, are recruiting the right people with the right motives and drives. Furthermore, knowing and understanding pharmacy students and young pharmacists’ future plans and career aspirations might be helpful in reviewing, updating and designing educational and training curricula. Moreover, it is of value for educational and healthcare policymakers to ensure that there is a match between the healthcare sector’s needs and demands and the orientation of medical field students, including pharmacy students.

Our study revealed that the majority of the pharmacy students and young pharmacists had pharmacy as their profession of choice and wanted to practice it in the future. In addition, most of the targeted population were satisfied with their academic programmes and wanted more training and education about direct-to-patient and public health competencies and skills.

Our study could be improved by comparing countries with different gross national income per capita in terms of the structure and components of the educational programmes, students’ recruitment processes, healthcare sectors, and migration tendencies among their pharmacists.