Open Access
Open Peer Review

This article has Open Peer Review reports available.

How does Open Peer Review work?

The rise of medical training in Portuguese speaking African countries

  • Inês Fronteira1Email author,
  • Mohsin Sidat1, 2,
  • Mário Fresta3,
  • Maria do Rosário Sambo4,
  • Celso Belo5,
  • Cezaltina Kahuli6,
  • Maria Alexandra Rodrigues7 and
  • Paulo Ferrinho1
Human Resources for Health201412:63

https://doi.org/10.1186/1478-4491-12-63

Received: 30 June 2014

Accepted: 20 October 2014

Published: 3 November 2014

Abstract

Background

Medical training has shown to be strategic for strengthening health systems, especially in those countries identified to have critical shortage of human resources for health. In the past few years, several studies have been conducted to characterize and identify major challenges faced by medical schools worldwide, and particularly in Africa. Nevertheless, none has previously addressed medical training issues in Portuguese Speaking African Countries (PSAC). The aim of this study was to establish baseline knowledge of the PSAC’s medical schools in terms of creation and ownership, programmes offered, applicants and registered students, barriers to increased intake of students, teaching workforce and available resources.

Methods

A quantitative, observational, multicentric, cross-sectional study of all medical schools active in 2012 in the PSAC. An adapted version of the questionnaires developed by Chen et al. (2012) was sent to all medical schools electronically. Data were analyzed using descriptive statistics.

Results

A total of nine medical schools answered the questionnaire (three from Angola, two from Guinea Bissau and four from Mozambique). Since 2006 an effort has been made to increase the number of medical trainees. Besides the medical degree offered by all schools, some offered other undergraduate and postgraduate training programmes. The number of applicants to medical schools largely outnumbers the available vacancies in all countries but insufficient infrastructures and lack of teaching personnel are important constraints to increase vacancies. The teaching personnel are mainly trained abroad, employed part-time by the medical school and do not have a PhD qualification.

Conclusion

Governments in the PSAC have significantly invested in training to address medical shortages. However, medical schools are still struggling to give an adequate and effective response. Developing a local postgraduate training capacity for doctors might be an important strategy to help retain medical doctors in the home country and develop local faculty capacity.

Background

A 2011 paper on 168 medical faculties in Africa covered only one in the Lusophone countries of the continent [1, 2]. This paper extends the study to all Portuguese Speaking African Countries (PSAC) with active medical schools in 2012, namely: Angola, Guinea Bissau and Mozambique. Two other PSAC, such as Cape Verde and Sao Tome and Principe, have no medical schools, although Cape Verde is currently engaged in reflecting on the relevance and viability of establishing a local medical training institution [3].

Medical training assumes a strategic role in the effort to correct the major deficit of medical doctors in Africa [1, 2, 4]. The 2006 World Health Report and the Joint Learning Initiative cast light on those shortages, identifying 57 countries with critical shortages. Angola, Guinea Bissau and Mozambique are among the critical shortage countries [57].

This shortage was in part the result of the limited number of medical schools and of students enrolled and graduating from local medical programmes, along with a weak knowledge of medical schools’ capacities, strengths and weaknesses [1, 2, 4, 7]. This is further aggravated by attrition of the medical workforce either by emigration, frequently seeking for postgraduate study opportunities abroad, or by moving from the public to the private sector [812].

The roadmap drawn to scale up the health workforce for Africa [7] and national policies of several countries in this region, including the PSAC, have acknowledged the need to train more doctors and addressed this need by allowing more medical schools to open and/or those schools already functioning to admit more students. In Angola, Guinea Bissau and Mozambique this expansionist policy has been part of national health and higher education policies and strategies, which has not always been the case in other critical shortage countries: of the 46 countries of WHO’s African Region, 24 do not have a national human resources for health (HRH) policy [5]. If not properly articulated with the strategic planning of the country’s workforce, the expansion of medical education may have deleterious effects, as observed in the Democratic Republic of Congo, where new medical schools were created without accounting for quality of training or the market’s capacity to absorb newly graduates, leading to the closure, early in 2013, of 75 medical schools and departments due to substandard facilities and poor training of medical personnel [13].

The aim of this study was to establish baseline knowledge on the PSACs’ medical schools in terms of creation and ownership, programmes offered, applicants and registered students, barriers to increased intake of students, teaching workforce and available resources. For the purpose of this paper we define medical school as institutions that provide undergraduate training of medical doctors.

Material and methods

This was a quantitative, observational, multicentric, cross-sectional study. The population of the study comprised all medical schools (private and public) of Angola (n = 8), Guinea Bissau (n = 2) and Mozambique (n = 5), in a total of 17 (Table 1). In Mozambique only five medical schools were included in the study; two private faculties were excluded as they were not legalized - one in Pemba, with only first year students at the time of the study and the other one in Maxixe, without any students. No sample was drawn. Further to the medical schools, the study includes also data on CEDUMED - Centre for Medical Education - an autonomous (since 2012, although established in 2003 within the Faculty of Medicine) academic unit of the University Agostinho Neto (UAN) in Luanda, Angola.
Table 1

University medical faculties in Angola, Guinea Bissau and Mozambique

Country

Faculty’s university

City

Date of establishment

Ownership (public/private)

Response to the questionnaire

Angola

Agostinho Neto

Luanda

1963

Public (Ministry of Higher Education)

No response

 

Jean Piageta

Luanda

2000

Private

No response

 

Instituto Superior Técnico Militarb

Luanda

2008

Public (Defense Force of Angola)

No response

 

Katiavala Bwila

Benguela

2008

Public (Ministry of Higher Education)

Responded

 

11 de Novembro

Cabinda

2008

Public (Ministry of Higher Education)

Responded

 

Lueji A’Nkonde

Malange

2009

Public (Ministry of Higher Education)

No response

 

José Eduardo dos Santos

Huambo

2009

Public (Ministry of Higher Education)

Responded

 

Mandume ya Ndemufayo

Lubango

2009

Public (Ministry of Higher Education)

No response

Guinea Bissau

ISCM-CH Universidad de La Habana - Raul Diaz Arguelles

Bissau

1987

c

Responded

 

Jean Piaget

Bissau

2011

Private

Responded

Mozambique

UniZambeze

Cidade da Beira

2009

Public (Ministry of Higher Education)

Responded

 

Eduardo Mondlane

Maputo

1963

Public (Ministry of Higher Education)

Responded

 

UniLurio

Nampula

2007

Public (Ministry of Higher Education)

Responded

 

Catolica de Moçambique

Cidade da Beira

2000

Private

Responded

 

Instituto Superior de Ciências e Tecnologia de Moçambique

Maputo

?

Private

No response

aMedical training takes place within a Department of Health Sciences of this University.

bMedical training takes place within a Department of Biotechnology and Health Sciences of this University Institute.

cThe status of this faculty in unclear and has been associated with the School of Public Health, with the public university, with the Ministry of Public Health and with the Ministry of Education.

The medical schools as well as the directors were identified based on local stakeholders and privileged contacts of the authors.

We used an adapted Portuguese version of the questionnaire developed by Chen et al. [1]. Electronic questionnaires were sent in Word 97 (Microsoft, Redmond, WA, USA) format by e-mail to the directors of the medical schools in the 3 countries in the second semester of 2012. The directors were asked to fill the questionnaire and return it via e-mail to the research team. All e-mails were sent with a request for receipt of notification. In case of failure to respond until the deadline, a reminder was sent setting another deadline. Two reminders were sent, the last one being in January 2013. Non-respondents were successfully contacted telephonically before assuming non-response.

Questionnaire data were complemented with data collected for non-respondents and respondents from institutional sites, annual reports, literature review and contacts with key-informers other than the directors of the faculties.

Data were entered in a SPSS v.20 database (SPSS Inc., Chicago, IL, USA) and descriptive statistics (counts, relative frequencies, mean and standard deviation and medians) computed. In April 2013 a meeting was held in Lisbon with the medical schools’ directors of Angola and Mozambique where the study results were presented and discussed. After this meeting a second data collection period took place to collect, into a standardized Excel sheet, longitudinal information on vacancies, applications and registrations in the medical programme as well as on the evolution of the composition and skills of the teaching staff.

Results

The overall response rate was 60%. The response rate in Angola was 37.5% (3 out of 8), 100% in Guinea Bissau (2 out of 2) and 80% in Mozambique (4 out of 5) (Table 1).

Creation and ownership

Two of the medical schools, one in Maputo, Mozambique and the second in Luanda, Angola, were established in 1963, during the colonial administration. A third medical School was established with Cuban assistance in Bissau, Guinea Bissau in 1987. All other medical schools appeared much later (Table 1).

Seven of the respondent medical schools were public and two, one in Mozambique and another in Guinea Bissau, were privately owned (Table 1).

Programmes offered

Besides the medical degree offered by all the medical faculties, some offered other undergraduate (n = 4; 1 in Angola and 3 in Mozambique) and postgraduate programmes (n = 6; 2 in Angola and 4 in Mozambique) (Table 2).
Table 2

Undergraduate and postgraduate health programmes in the faculties of Angola, Guinea Bissau and Mozambique

University and faculty/unit

Country

Undergraduate programme besides medicine

Postgraduate programme

Agostinho Neto - Faculty of Medicine

Angola

No. An attempt to offer dental training in 1980/81 failed as none of the students succeeded in completing successfully the first year of training

Masters in Field and Laboratory Epidemiology

   

Masters in Public Health (collaboration with the Faculty of Economics)

   

Postgraduate studies in Neuro-psychology

Agostinho Neto - CEDUMED

 

No

Specialization course in health management (option: hospital administration)

   

Master in Medical Education

Jean Piageta

 

Clinical Psychology

No

  

Pharmacy

 
  

Dentistry

 
  

Nursing and Midwifery

 
  

Physiotherapy

 
  

One year preparatory programme for prospective health students

 

Instituto Superior Técnico Militar

 

No

Offers a Masters programme in partnership with Beira Interior University, Portugal

Katiavala Bwila (Benguela)

 

No

No

11 de Novembro (Cabinda)

 

No

No

Lueji A’Nkonde (Malange)b

 

No

No

José Eduardo dos Santos (Huambo)

 

No

No

Mandume ya Ndemufayo (Lubango)b

 

No

No

ISCM-CH Universidad de La Habana - Raul Diaz Arguelles

Bissau, Guinea Bissau

No

No

Jean Piaget

 

No

No

UniZambeze

Mozambique

Dentistry

 
  

Pharmacy

 

Eduardo Mondlane

 

No

Masters in Field Epidemiology

   

Masters in Public Health

UniLurio

 

Dentistry

Masters in Education in Health Sciences

  

Pharmacy

Masters in Tropical Medicine and International Health

  

Nutrition

 
  

Optometry

 
  

Nursing

 

Catolica de Moçambique

 

Nursing

Masters in Public Health

  

Clinical and laboratory exams

 
  

Interdisciplinary studies on

 
  

HIV/AIDS and health

 
  

Pharmacy

 
  

Clinical Psychology and Social Assistance

 
  

Administration and Hospital Management

 

aThere are several courses in health and allied sciences but not in the Faculty of Medicine; bInformation retrieved for university web site on 15 January 2014.

In Angola, CEDUMED was responsible for coordinating the work that led to the Internal Assessment of the Medical Programme (2005); Institutional Assessment of UAN’s Faculty of Medicine (2009); the definition of the professional desired for Angolan Medical Doctors (2009); the curricular reform of UAN’s Faculty of Medicine (2009); the first postgraduate Course in Health Management (Hospital Administration) (2004) with the support of Nova University, Portugal; 3 editions of the Masters Programme in Medical Education with the support of Oporto University, Portugal; and the edition of Revista Angolana de Educação Médica (Angolan Medical Education Journal) (4 issues, non-indexed), among others [14] (Mario Fresta, CEDUMED Director, personal communication, December 2013). CEDUMED recently gained autonomy from the Faculty of Medicine of UAN and has developed plans to dynamize research and postgraduate, masters and PhD programmes in order to strengthen HR within Angolan faculties complying with the Angolan National Plan for Education and Training.

Applicants and registered students

Data from responding faculties on applications and registered and graduated students per year are summarized in Table 3.
Table 3

Applicants and registered first year students in medical schools per gender and ratio male/female and ratio of applicants to registered students

Country

Origin

Applicants

Ratio male/female

Registered students

Ratio male/female

Ratio applicant/registered student

Male

Female

Total

Male

Female

Total

Angola (n = 3)

National

1,150

1,135

2,285

1.0

123

153

276

0.8

8.3

 

Foreign

0

0

0

-

0

0

0

-

-

 

Total

1,150

1,135

2,285

1.0

123

153

276

0.8

8.3

Guinea Bissau

National

25

31

56

0.8

45

40

85

1.1

-

 

Foreign

1

6

7

0.2

1

6

7

0.2

-

 

Total

26

37

63a

0.7

46

46

92

1

-

Mozambique

National

52b

105b

157b

0.5

58d

84d

172d

-

-

 

Foreign

2b

0b

2b

2.0

3d

1d

4d

-

-

 

Total

54c

105c

159 + 400 + 2,094

-

71c

85c

176 + 168 + 169

-

-

aData from only one of the two medical schools; bdata from three of the four medical schools studied; cdata refer to only one of the schools. On the total column, data is presented for the three schools; ddata from the four medical schools.

+ signs mean more than 159, 400 etc.

Additional data from the most recent medical schools in Angola (Huila, Benguela, Huambo, Cabinda and Malange) showed that there were 1,878 registered students in 2013: 25.0% in the first year, 20.7% in the second year, 19.9% in the third year, 14.2% in the fourth year, 14.5% in the fifth year and 5.8% in the last year of training (Table 4).
Table 4

Medical students’ registrations per year of training in five Angolan public medical schools

Província

1st year

2nd year

3rd year

4th year

5th year

6th year

Total

Huíla

109

93

67

49

49

0

367

Benguela

65

59

56

69

57

59

365

Huambo

91

100

76

55

63

0

385

Cabinda

60

68

70

47

58

50

353

Malange

145

68

104

46

45

0

408

Total

470

388

373

266

272

109

1,878

Source: National Department of Human Resources, Ministry of Health, Angola, 30 April 2013.

In 2011 there were a total of 2,285 applicants to the medical programmes of the respondent faculties in Angola (n = 3), 63 in Guinea Bissau (n = 1) and 2,653 in Mozambique (n = 4). In that same year, a total of 276 students were registered in the medical programme in 3 of the Angolan medical schools, 92 in the 2 Guinean medical schools and 682 in the 4 Mozambican schools. The number of applicants largely outnumbered the number of vacancies - for each 2009 vacancy there were 17 applicants and in 2012 there were almost 10 candidates for each vacancy.

In Guinea Bissau and Mozambique a very small proportion of the applicants were foreigners (11% and 1%, respectively). The same pattern was observed for first year students (4% in Guinea Bissau and 2% in Mozambique) (Table 3).

In general, there were more females applying to the medical degree than males. The lowest male/female ratio of the applicants was observed among Guinea Bissau foreign applicants (0.2) and in Mozambican national applicants (0.5). The overall ratio for Angola was 0.8 registered males per registered female while in Guinea Bissau the ratio was 1.1 males per female (Table 3).

Barriers to increased intake of students

Increasing the available lecture room infrastructures, library and laboratory facilities, having more and better paid teachers, better social and financial support for students, better conditions for clinical clerkships, Internet connections and more administrative personnel were considered essential to increase the number and quality of medical graduates.

For the Angolan schools, in order to increase the quality of graduates from the medical schools, it was considered essential to have a stable teaching workforce, recruiting more teachers, increasing the number of administrative personnel and having the adequate material and qualified personnel for laboratories. On the other hand, Angolan schools also considered as necessary more funding for research as well as clearer opportunities for career development for teachers (for example, incentives for undertaking a masters or a PhD programme).

Mozambican informers considered evaluating teachers’ performance essential to increase the quality of graduates, as well as having better qualified students entering the first year. Mozambican schools also stressed the importance of having a better qualified teaching workforce.

In Guinea Bissau, the need to increase the quality of graduates was closely linked to the improvement of infrastructures such as electrical supply, access to the Internet and improved laboratory facilities. Guinea Bissau respondents also recognized the importance of a better qualified teaching workforce.

Medical schools were asked about innovations which could help to overcome the barriers to increasing the number of graduated medical students.

Angolan schools mentioned that it was essential to have vocational orientation in secondary school. Another strategy would be training monitors from the students group that could join the teaching staff later on. Angolan schools also mentioned the need to have eLearning opportunities to support traditional learning and the need for a student’s support office.

The innovations suggested by Mozambican medical schools included the creation of night courses for medical students as well as establishing national and international partnerships with universities and other institutions. On the other hand, extension activities (that is in the community) would help overcoming barriers to increasing the number of graduates as well as the involvement of governmental authorities. According to these schools, recruiting more national teachers and implementing a system for funding students would help overcome these barriers.

No suggestions on innovations were presented by Guinean schools.

Teaching workforce

There were 117 teachers in the 3 Angolan respondent medical schools, 410 in the 4 Mozambican schools and 47 in the 2 Guinean schools (Table 5). Except for one school in Angola and another in Guinea Bissau, male teachers were more frequent than female teachers. However, when analyzing disaggregated data on gender distribution per specialty from one Mozambican school (the only one that provided this type of data) gender differences varied greatly (for example, in microbiology, pathology or paediatrics, women outnumbered men).
Table 5

Total number of teachers per school and per year and teaching workforce characteristics in % (gender, origin, full-time and educational level and available teaching positions)

Country

Medical school

Total (N)

Gender

Origin

Full-time

Educational level

Available teaching positions

Enrolment in research activities

M

F

National

Foreign

Less than bachelor

Bachelor

MsC

PhD

Angola

1

41

117

-

-

-

-

-

-

-

-

-

0

100.0

 

2

38

 

50.0

50.0

15.0

85.0

-

-

-

-

-

-

0

 

3

38

 

42.9

57.1

22.9

77.1

74.3

0

100.0*

34.3*

2.8*

0

5.2

Mozambique

1

181

410

51.4

48.6

98.0

2.0

33.1

0

76.8

9.4

13.8

0

-

 

2

69

 

66.7

33.3

68.1

31.9

-

-

-

-

-

42.1

5.0

 

3

115

 

53.9

46.1

60.0

40.0

33.9

1.7

53.9

12.2

2.6

20.0

10.0

 

4

45

 

85.0

15.0

100.0

0

-

-

-

-

-

87.0

15.0

Guinea Bissau

1

42

51

45.0

55.0

16.7

83.3

-

-

-

-

-

0

100.0

 

2

9

 

100.0

0

78.0

22.0

-

-

-

-

-

5.0

10.0

*Teachers can hold several academic degrees.

Further data obtained from one of the non-respondent schools, the Luanda UAN’s Faculty of Medicine, identified, for March 2013, a total of 148 teachers: only 4 of these were foreigners [15], as compared with the all the other Angolan and Guinean medical schools, with more than 70% of their teaching workforce being foreign. Mozambican schools relied mostly on national teachers.

Time committed to teaching was available for the teaching staff of three of the schools (two from Mozambique and one from Angola). In Mozambican schools, the percentage of full-time teachers varied between 33.1% and 33.9%. For the Angolan school (one of the recent ones), 74.2% of the teachers were fully dedicated to the medical school.

Concerning the educational level of the teachers, there were few who had a masters or a PhD qualification. The percentage of teachers with a PhD degree ranged from 3 to 13% (data on 2 Mozambican schools, one of which was the oldest, one and one1 of the recent Angolan schools). In one of the surveyed schools who answered this question, 2% of the teachers did not even hold a bachelor degree (recent school from Mozambique). For the non-respondent Luanda Faculty of Medicine already referred to, 8.8% (n = 13) had a PhD and 16.2% (n = 24) had completed their masters training [15].

Regarding available teaching positions, while in some schools all teaching posts were already filled (n = 4: the oldest school in Mozambique, 2 of the most recent in Angola and the oldest school in Guinea Bissau), in others there were positions yet to be filled (n = 4: 3 in Mozambique and 1 in Guinea Bissau). The most extreme case was one of the Mozambican medical schools, which had 87% of the teaching positions vacant.

The percentage of the teaching workforce enrolled in research activities varied greatly within and between countries. For instance, in Angola, while in one medical school all teachers were enrolled in research activities, in another, none were. In Mozambique, the percentage varied between 5 and 15% and in Guinea Bissau between 10 and 100% (Table 4).

Available resources

We asked medical schools about the adequacy, in terms of quantity and quality, of the available resources to students/training process.

Angolan medical schools considered classrooms, teaching laboratories, Internet, and computers to be quantitatively and qualitatively adequate to the needs. On the other hand, they considered research laboratories, skills laboratories, teleconference technology, video conference technology availability of journals, residences and connections to telemedicine/radiology not adequate in terms of quantity and quality.

Mozambican medical schools identified the limitations associated with poor connections to telemedicine/radiology and to a university hospital. Research laboratories were also considered not adequate as well as technology for teleconference and videoconference. The available computers and Internet connection were considered adequate in terms of quantity and quality.

In Guinea Bissau there were no connections for telemedicine/radiology and research laboratories, Internet for students and skills laboratory were not considered adequate in quality and quantity.

Discussion

The PSAC are among the countries with critical human resources for health (HRH) shortage. The medical workforce is one of the most affected workforces and one of the main reasons for the deficit of medical doctors is the limited training capacity of medical schools.

Angola was the first African country to graduate medical students during a short-lived experiment in the eighteenth century [16, 17]. But it was not until 1963 that medical education was reintroduced at the same time as in Mozambique. These colonial faculties remained the only schools locally graduating medical doctors for almost four decades. Guinea Bissau, with the support of Cuba, founded its first medical school in the middle of the 1980s.

However, in the past decade the three countries have shown greater commitment in creating medical schools and training more doctors. Since 2008, several schools, public and privately owned, were created in Angola, Mozambique and Guinea Bissau, bringing the medical school/population ratio to within the recommended ratio of 1 medical school for every 2 million inhabitants [18] for Mozambique (population in 2011 was 23,930,000 inhabitants, 1 medical school per 4.7 million inhabitants) [19] and Angola (population in 2011 was 19,618,000 inhabitants, 1 medical school per 2.4 million inhabitants) [20] but to a clear excess in Guinea Bissau (population in 2011 was 1,547,000 inhabitants, 1 medical school per 773,500 inhabitants) [21].

This expansion of the medical training capacity might be explained by a combination of factors: related to the peace process after civil wars in the three countries, a greater commitment with strategic health and higher education planning, including health workforce planning in three countries [22, 23], the work that led to the 2006 World Health Report and other initiatives such as the Joint Learning Initiative, that cast light on the depletion of medical doctors around the world and especially in sub-Saharan African. The excess of candidates in relation to the number of admissions to the faculty represent also an unmet demand seen as a business opportunity, leading to the appearance of private faculties in the three study countries.

This panorama is, in fact, very similar to that found in all Sub-Saharan Africa. After the creation of the first medical school in this region, in 1918 in Dakar Senegal, the number of new medical schools only increased significantly after the colonial independence, in the 1960s and 1970s. The last 20 years have witnessed a major growth in medical schools in this region, a scenario very similar to that found in the PSAC [1].

With their current capacity the annual local production of doctors will increase from about 100 to about 500 in Angola and 300 in Mozambique from 2015 onwards. For Guinea Bissau the rate of production will probably stabilize just below 100 doctors per year.

In Angola, the national production is complemented by bilateral agreements with Cuba to admit about 800 medical students every year, increasing the yearly production to above 1,000 per annum, a situation similar to that found for the bilateral agreement between Cuba and Timor Leste [24]. Data on bilateral agreements of the other two countries are not available.

The increase in the number of medical trainees represents in itself a major challenge for medical schools, and the country’s health system. The training of these students is to be made mainly on public health services which are often fragile, lacking, with poor infrastructures and without adequate clinical tutors. On the other hand, the public health system is still the major employer of young doctors and fiscal space should be created for admitting and retaining students once they graduate; otherwise, in a few years’ time, PSAC will face problems such as unemployment or underemployment, migration or dissatisfaction of the medical workforce. The recent (2013 to 2014) medical strike in Mozambique is a clear sign of this shortcoming. It is therefore surprising that none of the medical schools studied reported interaction with the Ministry of Health with a view to ensure adequate workforce planning for the country.

Despite the obvious rise in medical schools in the three countries studied (Angola, Mozambique and Guinea Bissau), several issues still prevail and that can impair the scaling-up and skilling-up of the medical workforce: high number of applicants to low number of vacancies, low graduation rates, lack of infrastructures, poor qualified teaching workforce and dependence on foreign teachers, poor teachers’ salaries, and insufficient infrastructures, among others. The increase in the number of vacancies does not reflect an increase in the quality or quantity of infrastructures such as laboratories or information technologies as it was stated by medical schools in the three countries.

On the other hand, there is serious concern about the quality of the training offered and the resulting lack of efficiency of the programmes offered. Data from the Luanda UAN Faculty of Medicine acknowledges the poor profitability of the programme offered: from the about 100 students entering the faculty, only about half graduate in the statutory 6 years of training [25]. The rate of students moving forward to the next academic year with incomplete credits from the years behind varied between 20% in Mozambique, 12% in Angola and 5% in Guinea Bissau [26].

One of the newest medical schools in Angola, which had not yet graduated the first cohort of students, also underwent an internal evaluation process based on the experience of UAN’s Faculty of Medicine conducted in 2009. The aim of this process was to identify major weaknesses and present a series of coping strategies to address them [27].

The ratio of applicants to registered students is still very high. This represents an opportunity in terms of HRH development. The effort to increase the number of medical graduates needs only to be made in terms of having more vacancies and does not require efforts to make the medical course more attractive as sometimes happens in other health courses (for example, the case of nursing in North America) [2830].

It is also well known and debated that in order to increase the number of medical graduates it is not sufficient to simply increase the number of vacancies. This became evident as schools mentioned the need for more qualified teachers and for better infrastructures, namely laboratories. Thus, planners should account for the training capacity of the schools, the skills and competences of the teaching workforce. As stressed by recent reports on medical education [31], students should be offered the opportunity not only to learn skills but to practice them until an acceptable level of proficiency is achieved.

Besides, it should also be kept in mind that there should be fiscal space not only to train but to later absorb the newly graduate medical doctors. Although not part of the scope of the present study, it should not be forgotten that medical students will have expectations towards their professional life and that, in the countries studied, those expectations mean to be fully employed, mainly in the public sector [26, 32, 33]. Thus, when the Ministry of Higher Education (or equivalent department) gives authorization to open more medical schools, the Ministry of Health plans the intake of new medical graduates coming out of the faculties in subsequent years.

The percentage of full-time teachers is relatively low in most of the medical schools and the number of teachers with a PhD degree was very low in all medical schools. There is a general agreement that teaching staff should be given incentives to maintain a good balance between teaching experience and clinical experience, which raises questions about the suitability of full-time versus part-time teachers [31, 34].

The discussion around full-time/part-time teachers is frequent and there is no agreement on the ideal percentage of full-time teachers in medical schools. If it is true that full-time teachers have different responsibilities (for example, research besides teaching), it is also true that maintaining practice in health services can be seen as fundamental for being updated and for not losing touch with health services’ reality [34]. In some countries, where the salaries of teachers are poor (issue mentioned by several of the schools studied) keeping another job in the health sector, and thus being a part-time teacher, can be critical for maintaining a desired income [35].

The unqualified teaching workforce was pointed out by countries as a barrier for increasing the number of graduates. Opportunities should be available to all teachers to further develop their skills through PhD programmes or masters programmes. However, sometimes supporting a teacher to undergo a PhD programme means losing that teacher for some period of time (for example, to attend a programme abroad) or to lose it forever (for example, to occupy another position elsewhere). Many of these teachers are also medical practitioners within the National Health Service and it is not always possible to obtain the necessary authorizations from the Ministry of Health. As a result, both Angola and Mozambique are investing heavily in local masters and PhD programmes: this may add to the strain of managing the faculty with limited resources and benefits from the support of foreign academic institutions, as reported from other countries in Africa [2]. This is also important to retain medical doctors in the home country [1].

To compensate for the serious understaffing, medical schools recruit foreign teachers. Some are investing in their medical students, preparing them with pedagogic skills [36] and using them as mentors for more junior colleagues [37]. In the PSAC these teachers are mostly Cubans, deployed as part of Cuba’s social, medical and scientific diplomacy [3841], with a very high turnover rate every second year, which precludes long-term planning.

Insufficient infrastructures, specially laboratories but also Internet connections and available technologies for teleconference and videoconference were mentioned as barriers in terms of quality and quantity to increasing the number of students. Medical students from the three countries have also reported this issue in previous studies [26, 32, 33].

A 2007 study among medical students from Mozambique’s public medical faculty in Maputo [42], highlighted that expectations of getting into medical school were already associated with a migration from the periphery to the capital city, even before entering medical education. This was confirmed in posterior studies again in Mozambique, but also in Angola and Guinea Bissau [26, 32, 33]. This seems to also favor the current concentration of physicians in the capital city. The current effort for the establishment of faculties outside the capital cities of Angola and Mozambique may eventually help to motivate medical students to settle and practice outside the capital city after graduation.

The feminization of the student population is similar to findings from other African countries [26, 32, 33, 4345]. Female medical practitioners are more likely to work in the public sector and less likely to have dual practice and to work extended hours or accept positions in isolated locations. Further, female students do have a preference for controllable lifestyle specialties like those in primary health care [4651].

Conclusions

Medical education is an important national investment, but the returns obtained are not as efficient as expected. Investments in high-school preparation, tutoring, and infrastructure are likely to have a significant impact on the success rate of medical schools. Special attention should be given to the socialization of students and the role model status of their teachers as many of the current students will be the teachers of the future.

Governments for PSAC have significantly invested in training to address medical shortages. However, medical schools are still struggling the give an adequate and effective response. Developing a local postgraduate training capacity for doctors might be an important strategy to help retain medical doctors in the home country.

Abbreviations

PSAC: 

Portuguese Speaking African Countries

WHO: 

World Health Organization

HRH: 

Human resources for health

CEDUMED: 

Centre for Medical Education

UAN: 

University Agostinho Neto.

Declarations

Acknowledgements

Eric Buch for sharing the questionnaire and giving us permission to use it. Rosa Ferrinho for correcting and adapting the Portuguese translation of the questionnaire. Augusto Paulo Silva and Orlando Lopes for support in obtaining the data from Guinea Bissau. The Fundação Merck-Sharp and Dhome for financial support.

Authors’ Affiliations

(1)
International Public Health and Biostatics Unit, WHO Collaborating Center for Health Policy and Workforce Planning, Instituto de Higiene e Medicina Tropical, Universidade Nova de Lisboa
(2)
Faculty of Medicine, Universidade Eduardo Modlane
(3)
CEDUMED, Universidade Agostinho Neto
(4)
Faculty of Medicine, Universidade de Katyavala Bwila
(5)
Faculty of Health Sciences, Universidade do Lúrio
(6)
Huambo Faculty of Medicine, Universidade José Eduardo dos Santos
(7)
Faculty of Health Sciences, Universidade de Zambeze

References

  1. Chen C, Buch E, Wassermann T, Frehywot S, Mullan F, Omaswa F, Greysen SR, Kolars JC, Dovlo D, El Gali Abu Bakr DE, Haileamlak A, Koumare AK: Olapade-Olaopa EO: A survey of Sub-Saharan African medical schools. Hum Resour Health. 2012, 10: 4-10.1186/1478-4491-10-4.View ArticlePubMedPubMed CentralGoogle Scholar
  2. Mullan F, Frehywot S, Omaswa F, Buch E, Chen C, Greysen SR, Wassermann T, ElDin ElGaili Abubakr D, Awases M, Boelen C, Diomande M, Dovlo D, Ferro J, Haileamlak A, Iputo J, Jacobs M, Koumaré A, Mipando M, Monekosso G, Olapade-Olaopa E, Rugarabamu P, Sewankambo N, Ross H, Ayas H, Chale S, Cyprien S, Cohen J, Haile-Mariam T, Hamburger E, Jolley L: Medical schools in sub-Saharan Africa. Lancet. 2011, 377: 1113-1121. 10.1016/S0140-6736(10)61961-7.View ArticlePubMedGoogle Scholar
  3. António Pedro D: National Director for Health. December 2013, Cape Verde: personal communicationGoogle Scholar
  4. Mullan F, Frehywot S, Omaswa F, Sewankambo N, Talib Z, Chen C, Kiarie J, Kiguli-Malwadde E: The Medical Education Partnership Initiative: PEPFAR’s effort to boost health worker education to strengthen health systems. Health Aff (Millwood). 2012, 31: 1561-1572. 10.1377/hlthaff.2012.0219.View ArticleGoogle Scholar
  5. World Health Organization: The World Health Report: working together for health. [http://www.who.int/whr/2006/en/]. 2006. World Health Organization. 24-10-2013
  6. Joint Learning Initiative: Human resources for health: overcoming the crisis. [http://www.who.int/hrh/documents/JLi_hrh_report.pdf]. 2004. 24-10-2013
  7. Touré B, Avocksonma D, Nyoni J, Ahmal A: Road map for sclaing up human resources for health for improved health service delivery in the African Region 2012-2025. African health Monitor. 2013, 18: 20-26.Google Scholar
  8. Cometto G, Tulenko K, Muula AS, Krech R: Health workforce brain drain: from denouncing the challenge to solving the problem. PLoS Med. 2013, 10: e1001514-10.1371/journal.pmed.1001514.View ArticlePubMedPubMed CentralGoogle Scholar
  9. Hagopian A, Thompson MJ, Fordyce M, Johnson KE, Hart LG: The migration of physicians from sub-Saharan Africa to the United States of America: measures of the African brain drain. Hum Resour Health. 2004, 2: 17-10.1186/1478-4491-2-17.View ArticlePubMedPubMed CentralGoogle Scholar
  10. Kasper J, Bajunirwe F: Brain drain in sub-Saharan Africa: contributing factors, potential remedies and the role of academic medical centres. Arch Dis Child. 2012, 97: 973-979. 10.1136/archdischild-2012-301900.View ArticlePubMedGoogle Scholar
  11. Kollar E, Buyx A: Ethics and policy of medical brain drain: a review. Swiss Med Wkly. 2013, 143: w13845-PubMedGoogle Scholar
  12. Chen L, Evans T, Anand S, Boufford JI, Brown H, Chowdhury M, Cueto M, Dare L, Dussault G, Elzinga G, Fee E, Habte D, Hanvoravongchai P, Jacobs M, Kurowski C, Michael S, Pablos-Mendez A, Sewankambo N, Solimano G, Stilwell B, de Waal A, Wibulpolprasert S: Human resources for health: overcoming the crisis. Lancet. 2004, 364: 1984-1990. 10.1016/S0140-6736(04)17482-5.View ArticlePubMedGoogle Scholar
  13. Sci Dev Net: ‘Substandard’ Congolese medical schools ordered to close. [http://www.scidev.net/global/health/news/-substandard-congolese-medical-schools-ordered-to-close.html]. 2013. 17-9-2013
  14. Fresta M, Venturelli J, Ferreira A: Reforma do curso de medicina. Conclusões e recomendações do seminário inicial. Revista Angolana de Educação Médica. 2004, 2: 15-23.Google Scholar
  15. Bettencourt Mateus M: (Reforma do Sistema Nacional de Saúde - Perspectivas na Óptica dos parceiros). Presentation to the National Forum to Debate the National Health Strategy. 18 March 2013, Benguela, AngolaGoogle Scholar
  16. Pinto MS, Cecchini MA, Malaquias IM, Moreira-Nordemann LM, Pita JR: O medico brasileiro Jose Pinto de Azeredo (1766?-1810) e o exame quimico da atmosfera do Rio de Janeiro. Historia, Ciencias, Saude-Manguinhos. 2005, 12: 617-673. 10.1590/S0104-59702005000300002.View ArticlePubMedGoogle Scholar
  17. Cambournac F: A acção dos portugueses no campo da medicina tropical. O Médico. 1982, 102: 1-50.Google Scholar
  18. Ordem dos Médicos Secção Regional Norte: Aumento de numerus clausos para as Faculdades de Medicina - nota de imprensa do CRNOM emitida em 6 de Abril de 2001. [http://www.nortemedico.pt/textos/?imr=3%26imc=5n132n219n]. 2001. 24-3-2014
  19. United Nations: UN Data: a world of information Mozambique. [http://data.un.org/CountryProfile.aspx?crName=Mozambique]. 2014. 12-3-2014
  20. United Nations: UN Data: a world of information Angola. [http://data.un.org/CountryProfile.aspx?crName=Angola]. 2014. 12-3-2014
  21. United Nations: UN Data: a world of information Guinea Bissau. [http://data.un.org/CountryProfile.aspx?crName=Guinea-Bissau]. 2014. 12-3-2014
  22. Oliveira M: Processo de Descentralização do Serviço Nacional de Saúde de Angola. PhD Thesis. 2010, Rio de Janeiro, Brazil: FIOCRUZ Rio de JaneiroGoogle Scholar
  23. Tyrrell A, Russo G, Dussault G, Ferrinho P: Costing the scaling-up of human resources for health: lessons from Mozambique and Guinea-Bissau. Hum Resour Health. 2010, 8: 1-10. 10.1186/1478-4491-8-1.View ArticleGoogle Scholar
  24. Cabral J, Dussault G, Buchan J, Ferrinho P: Scaling-up the medical workforce in Timor-Leste: challenges of a great leap forward. Soc Sci Med. 2013, 96: 285-289.View ArticlePubMedGoogle Scholar
  25. Simões C: Evolução do ‘numerus clausus’ na faculdade de medicina da universidade Agostinho Neto. Revista Angolana de Educação Médica. 2004, 2: 7-13.Google Scholar
  26. Ferrinho P, Sidat M, Fresta MJ, Rodrigues A, Fronteira I, da Silva F, Mercer H, Cabral J, Dussault G: The training and professional expectations of medical students in Angola. Guinea-Bissau and Mozambique. Hum Resour Health. 2011, 9: 9-10.1186/1478-4491-9-9.View ArticlePubMedGoogle Scholar
  27. Sambo MR, Cano MJ, Aguiar : Autoavaliação da Faculdade de Medicina da Universidade Katyavala Bwila: experiência piloto, procedimento operacional e resultados preliminares. [http://aforges.org/conferencia2/docs_documentos/Paralela_6/Sambo_Maria%20et%20al%20(UKB-Angola).pdf]. 2012. 31-10-2014
  28. Gilchrist KL, Rector C: Can you keep them? Strategies to attract and retain nursing students from diverse populations: best practices in nursing education. J Transcult Nurs. 2007, 18: 277-285. 10.1177/1043659607301305.View ArticlePubMedGoogle Scholar
  29. Buerhaus PI, Donelan K, Norman L, Dittus R: Nursing students’ perceptions of a career in nursing and impact of a national campaign designed to attract people into the nursing profession [abstract]. J Prof Nurs. 2005, 21: 75-10.1016/j.profnurs.2005.02.001.View ArticlePubMedGoogle Scholar
  30. Wieck KL: Faculty for the millennium: changes needed to attract the emerging workforce into nursing. J Nurs Educ. 2003, 42: 151-158.PubMedGoogle Scholar
  31. Cooke M, Irby DM, Sullivan W, Ludmerer KM: American medical education 100 years after the Flexner report. N Engl J Med. 2006, 355: 1339-1344. 10.1056/NEJMra055445.View ArticlePubMedGoogle Scholar
  32. Ferrinho P, Fronteira I, Sidat M, da Sousa F, Jr DG: Profile and professional expectations of medical students in Mozambique: a longitudinal study. Hum Resour Health. 2010, 8: 21-10.1186/1478-4491-8-21.View ArticlePubMedPubMed CentralGoogle Scholar
  33. Fronteira I, Rodrigues A, Pereira C, Silva AP, Mercer H, Dussault G, Ferrinho P: Realities and professional expectations of medical students attending Guinea Bissau’s medical school in 2007 school year. Acta Med Port. 2011, 24: 265-270.PubMedGoogle Scholar
  34. Rothstein W: American Medical School and the Practice of Medicine: a History. 1987, New York: Oxford University PressGoogle Scholar
  35. Bennel P: The motivation and incentives in Sub-Saharan Africa and Asia. [http://eldis.org/fulltext/dfidtea.pdf]. 2004. Eldis. 24-3-2014
  36. McAleer E, Parker R, Griffiths OR: Medical schools should develop medical educators, not just doctors. Med Teach. 2013, 35: 698-View ArticlePubMedGoogle Scholar
  37. Diaz G, Sousa D, Pascoal M, Agostinho G, Antonio C: O desafio da formação de futuros docentes na FMUKB. IV Jornadas Científicas da Faculdade de Medicina da Universidade de Katyavala Bwila, Benguela. 16 October 2013, Benguela: Faculdade de Medicina da Universidade de Katyavala Bwila, 26-Google Scholar
  38. Silva M, Johnson G, Arce A: Cooperação e soft power na política externa cubana: a emergência da diplomacia social. Conjuntura Austral. 2014, 5: 101-121.Google Scholar
  39. Werlau M: Cuba’s health-care diplomacy: the business of humanitarianism. [http://www.worldaffairsjournal.org/article/cuba%E2%80%99s-health-care-diplomacy-business-humanitarianism]. 2013. World Aff J. 31-10-2014
  40. Feinsilver J: Healing the Masses: Cuban Health Politics at Home and Abroad. 1993, Berkeley: University of California PressGoogle Scholar
  41. De Vos P, De Ceukelaire W, Van der Stuyft P: Cuba’s international cooperation in health: an overview. Int J Health Serv. 2007, 37: 761-776. 10.2190/HS.37.4.k.View ArticlePubMedGoogle Scholar
  42. Sousa F, Schwalbach J, Adam Y, Goncalves L, Ferrinho P: The training and expectations of medical students in Mozambique. Hum Resour Health. 2007, 5: 11-10.1186/1478-4491-5-11.View ArticlePubMedPubMed CentralGoogle Scholar
  43. Craven SA: Feminisation of the medical profession. S Afr Med J. 2011, 101: 214-View ArticlePubMedGoogle Scholar
  44. Castelo M: Exame de acesso à faculdade de medicina da UAN no ano 2004/2005 - relatório final da vice-direcção para os assuntos académicos. Revista Angolana de Educação Médica. 2004, 2: 25-29.Google Scholar
  45. Phillips SP, Austin EB: The feminization of medicine and population health. JAMA. 2009, 301: 863-864. 10.1001/jama.2009.155.View ArticlePubMedGoogle Scholar
  46. Gjerberg E: Gender similarities in doctors’ preferences - and gender differences in final specialisation. Soc Sci Med. 2002, 54: 591-605. 10.1016/S0277-9536(01)00054-5.View ArticlePubMedGoogle Scholar
  47. Fukuda Y, Harada T: Gender differences in specialty preference and mismatch with real needs in Japanese medical students. BMC Med Educ. 2010, 10: 15-10.1186/1472-6920-10-15.View ArticlePubMedPubMed CentralGoogle Scholar
  48. Lambert EM, Holmboe ES: The relationship between specialty choice and gender of U.S. medical students, 1990–2003. Acad Med. 2005, 80: 797-802. 10.1097/00001888-200509000-00003.View ArticlePubMedGoogle Scholar
  49. Dorsey ER, Jarjoura D, Rutecki GW: The influence of controllable lifestyle and sex on the specialty choices of graduating U.S. medical students, 1996–2003. Acad Med. 2005, 80: 791-796. 10.1097/00001888-200509000-00002.View ArticlePubMedGoogle Scholar
  50. Buddeberg-Fischer B, Klaghofer R, Abel T, Buddeberg C: The influence of gender and personality traits on the career planning of Swiss medical students. Swiss Med Wkly. 2003, 133: 535-540.PubMedGoogle Scholar
  51. Schwartz RW, Jarecky RK, Strodel WE, Haley JV, Young B, Griffen WO: Controllable lifestyle: a new factor in career choice by medical students. Acad Med. 1989, 64: 606-609. 10.1097/00001888-198910000-00012.View ArticlePubMedGoogle Scholar

Copyright

© Fronteira et al.; licensee BioMed Central Ltd. 2014

This article is published under license to BioMed Central Ltd. This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/4.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly credited. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.