Development and launch of the first obstetrics and gynaecology master of medicine residency training programme in Botswana

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Study Justification:
– Sub-Saharan Africa (SSA) faces a severe shortage of Obstetrician Gynaecologists (OBGYNs).
– Botswana has a significant shortage of OBGYNs, with only 40 for a population of 2.3 million.
– The Lancet Commission for Global Surgery recommends 20 OBGYNs per 100,000 population.
– The development of an OBGYN Master of Medicine (MMed) training program in Botswana aims to address this human resource shortage.
Highlights:
– The OBGYN MMed program was developed at the University of Botswana (UB) using the Kern’s approach.
– The curriculum was completed and approved within ten months, and additional staff were recruited.
– The program was launched in January 2020 with government salary support for all residents.
– Clinical rotations and curricular development have been successfully implemented.
– The first round of continuous assessment of residents was performed, and internal program evaluation was conducted.
– The program aligns with national vision and accreditation standards, and it meets international curricular standards.
– In-country training has many benefits to health systems in SSA and can be adjusted to local resource context.
Recommendations:
– Expand the OBGYN MMed program to increase the number of trained OBGYNs in Botswana.
– Strengthen faculty recruitment to ensure a 2:1 trainee to teacher ratio.
– Consider additional training sites in the future, based on supervision, volume, and acuity.
– Seek funding for resident salaries, tuition, accommodation, and visiting scholars for subspecialty training.
Key Role Players:
– University of Botswana (UB) – responsible for program development and implementation.
– Ministry of Health and Wellness (MOHW) – provides support and funding for the program.
– Botswana Health Professions Council – ensures compliance with national accreditation standards.
– Botswana Qualifications Authority – ensures compliance with national qualification guidelines.
– OBGYN specialists from public and private sectors – provide input and guidance on curriculum development.
Cost Items for Planning Recommendations:
– Resident salaries
– Tuition fees
– Accommodation for residents
– Faculty recruitment and salaries
– Funding for visiting scholars for subspecialty training

The strength of evidence for this abstract is 8 out of 10.
The evidence in the abstract is strong, as it provides a detailed description of the development and launch of the first OBGYN Master of Medicine residency training program in Botswana. The abstract includes information on the curriculum development, stakeholder involvement, benchmarking with regional and international programs, program approval and financing, candidate selection, program launch, and evaluation. It also highlights the benefits of in-country training and the alignment of the program with national vision and accreditation standards. The abstract provides a comprehensive overview of the program and its implementation, demonstrating a strong evidence base. To improve the evidence, it would be helpful to include specific data or statistics on the impact of the program, such as the number of graduates, improvements in access to OBGYN services, or patient outcomes. This would further strengthen the evidence and provide concrete evidence of the program’s effectiveness.

Background: Sub-Saharan Africa (SSA) faces a severe shortage of Obstetrician Gynaecologists (OBGYNs). While the Lancet Commission for Global Surgery recommends 20 OBGYNs per 100,000 population, Botswana has only 40 OBGYNs for a population of 2.3 million. We describe the development of the first OBGYN Master of Medicine (MMed) training programme in Botswana to address this human resource shortage. Methods: We developed a 4-year OBGYN MMed programme at the University of Botswana (UB) using the Kern’s approach. In-line with UB MMed standards, the programme includes clinical apprenticeship training complemented by didactic and research requirements. We benchmarked curriculum content, learning outcomes, competencies, assessment strategies and research requirements with regional and international programmes. We engaged relevant local stakeholders and developed international collaborations to support in-country subspecialty training. Results: The OBGYN MMed curriculum was completed and approved by all relevant UB bodies within ten months during which time additional staff were recruited and programme financing was assured. The programme was advertised immediately; 26 candidates applied for four positions, and all selected candidates accepted. The programme was launched in January 2020 with government salary support of all residents. The clinical rotations and curricular development have been rolled out successfully. The first round of continuous assessment of residents was performed and internal programme evaluation was conducted. The national accreditation process was initiated. Conclusion: Training OBGYNs in-country has many benefits to health systems in SSA. Curricula can be adjusted to local resource context yet achieve international standards through thoughtful design and purposeful collaborations.

The University of Botswana (UB) established the only medical school in the country in 2009 and is the only institution offering post-graduate medical training. UB has a clear process for programme approval and pathway to national accreditation, with existing MMed residency training programmes in Internal Medicine, Paediatrics, Family Medicine, Emergency Medicine, Pathology, Anaesthesia and Public Health. Except for Family Medicine and Public Health, all MMed training programmes are “sandwich” programmes, with partial training in Botswana and more specialized tertiary and quaternary training in South Africa. OBGYN aimed to create a fully in-country MMed programme that meets international curricular standards, anticipates national and international accreditation, and enables further sub-specialization. We approached our OBGYN MMed training programme development using the Kern’s 6-step approach namely: 1) general needs assessment, 2) targeted needs assessment, 3) delineating learning outcomes, 4) designing educational strategies, curricular structure and content, 5) implementing the curriculum and 6) evaluating the curriculum [17]. The Faculty of Medicine conducted a general needs assessment for medical training in the country prior to establishing the medical school. They reviewed key government documents and policies, Botswana Health Professions Council records, hospital staffing levels, availability of citizen doctors and specialty service availability. Their findings demonstrated a lack of available specialty services and a public desire for access to Batswana doctors. The department of OBGYN conducted a targeted needs assessment specific to OBGYN and women’s health in the country. The Botswana Ministry of Health and Wellness’ (MOHW) Integrated Health Service Delivery Strategic Plan for 2010–2020 delineated their priorities for the health services sector, including achieving optimal comprehensive sexual and reproductive health for women and ensuring access to high quality antenatal and perinatal care [18]. Principal challenges preventing achievement of the strategic objectives included excessive shortage of skilled human resources, poor quality of care, and lack of quality management and regulation in both the public and private sector. Particularly for OBGYN, the few specialists working in the public sector only staff 4 of the 31 hospitals where the general public can seek free care. The waiting time to see a specialist at the tertiary referral hospital in the Southern Region is at least eight months, and surgical waiting times after evaluation is another eight to twelve months. There is limited access to sub-specialty gynaecologic care. There is one Gynaecologic Oncologist who provides care in the public sector and one Reproductive Endocrinologist who offers services in the private sector. There are no maternal-fetal medicine, urogynaecology, nor minimally invasive gynaecologic surgical specialists in the country, and no pipeline of trained OBGYNs to send to these training programmes. In addition to the lack of specialists, there is no regulation of the quality of services provided, nor national standard OBGYN practice guidelines. The OBGYN MMed programme was developed in consultation with relevant stakeholders. Involvement of the MOHW, Botswana Health Professions Council, and the Botswana Qualifications Authority ensured that the programme complies with the national vision for comprehensive sexual and reproductive health services and meets national accreditation standards. Input from OBGYN specialists with diverse training backgrounds from both public and private sectors in Botswana ensured that our curriculum aligned with practice expectations. Departments associated with academic programme development at UB and departments concurrently developing MMed programmes provided essential guidance on the process. Finally, we assessed the demand for specialty training in OBGYN by involving potential future trainees in consultative meetings with stakeholders. In addition to the five cohorts of graduated medical students from UB, there are Batswana and non-Batswana graduates of foreign medical schools who are working in the country while awaiting opportunities to specialise. In-country training is an attractive option to many, particularly those with families and other personal commitments in Botswana. Six essential learning outcomes were delineated in-line with international graduate medical education standards, alongside evaluation criteria that guide resident assessment of outcome attainment [19]. The learning outcomes were aligned and mapped to the Botswana Health Professions Council and Botswana Qualifications authority guidelines for accreditation of a programme. A formal comparison of the UB curriculum to regional and international training programmes in regards to learning outcomes, curriculum domains covered, credit weighting, assessment strategy, qualification requirements and employment pathways was produced. Additionally, specific minimum standards for procedure numbers and competence were delineated for general OBGYN skills and benchmarked against international programmes. All clinical post-graduate medical training programmes at UB are designed as MMed programmes, and include didactics, clinical apprenticeship training, and research requirements. The OBGYN programme is structured as a 4-year integrated and spiralling clinical apprenticeship and capitalizes on the infrastructure of existing MMed programmes at UB, particularly for courses beyond the OBGYN-specific course content (Table 1). The spiralling nature of the curriculum allows residents initial exposures to curricular content through clinical work and didactics, and then repeated exposure allowing deeper understanding during their training. The spiralling approach is purposefully applied to deliver increasingly complex content, at various learning events across multiple levels of the training. Residents are expected to mature in competence and confidence as they progress through the programme. Advanced clinical knowledge and skill is accompanied by graded clinical responsibility fostered through a multi-year student and resident team structure, led by senior residents. The Obstetrics and Gynaecology Master in Medicine course sequence aUB University of Botswana An example of the spiralling curriculum is how we planned to teach the topic of labour. In the course Introduction to OBGYN in year one, the resident will master knowledge and skills in the mechanism and physiology of labour, as well as the management of labour. In their clinical rotations they will participate in care on the labour ward. In the course Intermediate OBGYN in year two, they are expected to understand management of normal and abnormal labour while additionally mastering operative vaginal delivery and labour complicated by malpresentation. They will have increased responsibility in their clinical rotations on labour ward and be expected to perform supervised procedures, operative vaginal delivery and external cephalic version. Finally, in Advanced OBGYN in years three and four, the resident will be expected to understand and independently manage pregnancy complications such as preterm prelabour rupture of members, high-risk medical conditions in pregnancy and coordinate interdisciplinary teams managing high-risk pregnancies. In their clinical rotations, they will lead and teach junior residents and medical students in antepartum care and on labour ward. OBGYN curriculum development required review of content and competencies from regional and international OBGYN training programmes. In addition to review of formal curricula, a regional benchmarking visit to the University of Cape Town provided the opportunity for discussion and clarification of essential and advanced content available at a rigorous programme in the region. Considering regional and international curriculum standards, we created our unique curriculum in accordance with UB templates and requirements for proposal of a new academic programme. After refinement of overall curriculum, the content was allocated to semester courses within the UB MMed framework to guide educational programming. Clinical rotations were purposefully designed to provide exposure to course content, provide strong core and subspecialty OBGYN training, as well as exposure to other essential fields (such as surgery and radiology). Learning outcomes and curriculum content were mapped to educational events in specific courses to ensure the delivery of courses would facilitate attainment of the specified learning outcomes and requisite curricular content to become competent independent practitioners. The OBGYN specific courses in the MMed curriculum were designed as synchronous apprenticeship-based learning. Residents are in the clinical setting on a near daily basis. Clinical learning events include daily specialist ward rounds, precepted outpatient clinics, and supervised theatre cases. Residents have the opportunity to work one-on-one with specialists, as well as together in a team of learners of all levels of the medical training hierarchy. The graduate medical education courses required for all MMed programmes at UB are designed as week-long intensive courses and residents are excused from clinical duties during these courses. UB Faculty of Medicine uses asynchronous learner-centred, problem-based curriculum, and this framework guided the design of didactics [15]. Learning is largely self-directed, complemented by two hours per week of synchronous faculty-facilitated discussions or resident presentations. Additional synchronous learning events include monthly journal clubs, patient management sessions, research supervision sessions, and maternal and perinatal morbidity and mortality conferences. Among these sessions, opportunities for interdepartmental engagement with Surgery, Emergency Medicine, Paediatrics and Anaesthesia allow relevant interdisciplinary topics to be explored. The programme operates under the general regulations of the UB School of Graduate Studies and the Faculty of Medicine. Continuous and summative assessments enable formal resident feedback. Biannual continuous assessment uses the milestone framework, in addition to logbook evaluation [20]. Summative assessment is designed as an internally and externally moderated annual examination. Engagement in research and submission of an original thesis is a qualification requirement for all UB MMed candidates. Opportunities for remediation and requirements for progression are clearly elaborated. Annual programme and faculty evaluations were designed to be administered through anonymous resident surveys. Additionally, residents are provided the opportunity to give confidential direct feedback at their biannual continuous assessment reviews with programme leadership. This feedback and evaluation allow the opportunity for the programme to respond dynamically to meet the needs of its trainees and improve the quality of delivery of its content. Increased OBGYN department staffing to serve as clinician educators was identified as essential to the successful rollout of the programme. The department had 4 OBGYN generalists at initiation of design of the programme, from Ethiopia, Tanzania, Uganda, and the United States of America. Purposeful faculty recruitment to strengthen clinical, educational and research activities in the department was undertaken, with the aim of attaining a 2:1 trainee to teacher ratio. Clinical sites were considered based on volume and variety of cases to ensure adequate exposure to the curricular content. The primary training site was determined to be the largest referral hospital in the country, which has 570 beds, an adequate variety of cases, adequate theatre volume, essential specialty clinics, and high-volume inpatient wards. Other specialities including surgery, radiology, anaesthesia and intensive care which support optimal OBGYN training are also available on-site. Full-time UB OBGYN faculty supervise and teach residents. Additional training sites would be considered in the future, given adequate supervision, volume, and acuity. UB has a well-resourced library with comprehensive resources, including books, journals, electronic databases, and mobile applications. UB had allocated funding for increased senior-level staffing. Additional costs were anticipated for visiting scholars to supplement subspecialty training. Funding for resident salaries, tuition and accommodation was sought from the MOHW.

One potential innovation to improve access to maternal health is the development and launch of the first obstetrics and gynecology Master of Medicine residency training program in Botswana. This program aims to address the severe shortage of obstetrician gynecologists in the country by training local doctors in-country. The program was developed using a 6-step approach, including general and targeted needs assessments, delineating learning outcomes, designing educational strategies and curriculum content, implementing the curriculum, and evaluating the curriculum. The program was developed in consultation with relevant stakeholders, including the Ministry of Health and Wellness, the Botswana Health Professions Council, and the Botswana Qualifications Authority. The curriculum was benchmarked against regional and international programs to ensure it meets international standards. The program is structured as a 4-year integrated and spiraling clinical apprenticeship, with residents gaining increasing responsibility and competence as they progress through the program. Clinical rotations provide exposure to core and subspecialty obstetrics and gynecology training, as well as other essential fields. The program includes both self-directed and faculty-facilitated didactic learning, as well as opportunities for interdisciplinary engagement. Continuous and summative assessments are used to provide feedback and evaluate resident progress. The program also includes a research component, with residents required to submit an original thesis. Increased staffing in the obstetrics and gynecology department was identified as essential to the successful rollout of the program. Funding for resident salaries, tuition, and accommodation was sought from the Ministry of Health and Wellness.
AI Innovations Description
The recommendation to improve access to maternal health in Botswana is the development and launch of the first Obstetrics and Gynaecology Master of Medicine (MMed) residency training program at the University of Botswana (UB). This program aims to address the severe shortage of Obstetrician Gynaecologists (OBGYNs) in the country.

The development of the OBGYN MMed program followed the Kern’s 6-step approach, which includes a general needs assessment, targeted needs assessment, delineating learning outcomes, designing educational strategies and curricular structure, implementing the curriculum, and evaluating the curriculum.

The program was developed in consultation with relevant stakeholders, including the Botswana Ministry of Health and Wellness, Botswana Health Professions Council, and the Botswana Qualifications Authority. Input from OBGYN specialists from both public and private sectors in Botswana was also considered to ensure alignment with practice expectations.

The curriculum of the OBGYN MMed program was designed to meet international curricular standards while considering the local resource context. It includes didactic sessions, clinical apprenticeship training, and research requirements. The curriculum is structured as a 4-year integrated program, with a spiraling approach to deliver increasingly complex content over time.

Clinical rotations were purposefully designed to provide exposure to core and subspecialty OBGYN training, as well as other essential fields. Residents have the opportunity to work with specialists in a team-based learning environment. The program also includes asynchronous and synchronous learning events, such as faculty-facilitated discussions, journal clubs, and research supervision sessions.

Continuous and summative assessments are conducted to provide formal feedback to residents. Engagement in research and submission of an original thesis are also requirements for all MMed candidates. The program has mechanisms in place for remediation and progression, and annual evaluations are conducted to improve the quality of content delivery.

To support the successful rollout of the program, additional OBGYN department staffing was identified as essential. Faculty recruitment was undertaken to strengthen clinical, educational, and research activities. The primary training site is the largest referral hospital in the country, which provides a variety of cases and essential specialty clinics.

Funding for resident salaries, tuition, and accommodation was sought from the Ministry of Health and Wellness, and the University of Botswana allocated funding for increased senior-level staffing. The program also has access to a well-resourced library with comprehensive resources.

By establishing the OBGYN MMed residency training program, Botswana aims to train more OBGYNs in-country, which will improve access to maternal health services and address the shortage of specialists. The program aligns with the national vision for comprehensive sexual and reproductive health services and meets national accreditation standards.
AI Innovations Methodology
Innovation Recommendation: Telemedicine for Maternal Health

One potential innovation to improve access to maternal health in Botswana is the implementation of telemedicine. Telemedicine involves the use of technology to provide remote healthcare services, including consultations, monitoring, and education. By utilizing telemedicine, pregnant women in remote areas can have access to healthcare professionals and receive necessary prenatal care without the need for long-distance travel.

Methodology to Simulate the Impact:

1. Data Collection: Gather relevant data on the current state of maternal health in Botswana, including statistics on maternal mortality rates, access to healthcare facilities, and availability of obstetrician-gynecologists (OBGYNs).

2. Define Key Parameters: Identify key parameters that will be used to measure the impact of the telemedicine intervention. This may include the number of pregnant women reached, reduction in travel time and costs, improvement in prenatal care coverage, and reduction in maternal mortality rates.

3. Establish a Control Group: Select a control group of pregnant women who will receive traditional prenatal care without the telemedicine intervention. This group will serve as a baseline for comparison.

4. Design Telemedicine Intervention: Develop a telemedicine program specifically tailored to the needs of pregnant women in Botswana. This may involve setting up telemedicine centers in rural areas, training healthcare professionals on telemedicine practices, and providing necessary equipment and infrastructure.

5. Simulate Telemedicine Implementation: Use computer modeling or simulation software to simulate the implementation of the telemedicine intervention. This can help estimate the potential impact on access to maternal health services, including the number of pregnant women reached, reduction in travel time and costs, and improvement in prenatal care coverage.

6. Analyze Results: Analyze the simulation results to assess the potential impact of the telemedicine intervention on improving access to maternal health. Compare the outcomes of the telemedicine group with the control group to determine the effectiveness of the intervention.

7. Refine and Iterate: Based on the simulation results, refine the telemedicine intervention as needed. This may involve adjusting parameters, improving infrastructure, or addressing any identified challenges or limitations.

8. Implementation and Evaluation: Implement the telemedicine intervention in real-world settings and evaluate its impact on improving access to maternal health. Monitor key indicators such as prenatal care coverage, maternal mortality rates, and patient satisfaction to assess the effectiveness of the intervention.

By following this methodology, stakeholders can gain insights into the potential impact of implementing telemedicine for maternal health in Botswana and make informed decisions regarding its implementation.

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