Abstract

The mission of healthcare systems in Africa to deliver compassionate and effective care has been constrained by growing populations, increasing burden of disease, political conflict and limited resources. The impacts of these constraints can be substantially alleviated, and the healthcare services strengthened, through the creation and adoption of affordable, accessible and appropriate biomedical engineering systems and technologies. There is an urgent need for building capacities in biomedical engineering, innovation and entrepreneurship in African countries. The African Biomedical Engineering Consortium has been organising a series of Innovators’ Summer Schools to meet this need by empowering students and researchers with entrepreneurial and innovative skills, and facilitating the design and development of robust, appropriate, and commercially viable medical systems and devices. In this paper, we analyse and discuss the impact of six of these schools held between 2012 and 2017. We used a questionnaire-based survey to collect responses from students who had attended the summer schools. The results of this study demonstrate that the teaching-learning model adopted in the ABEC summer schools was largely effective in promoting biomedical engineering skills, career choices, professional networks and partnerships amongst young African engineers and life scientists who attended the summer schools.

Highlights

  • Many existing healthcare delivery systems in Africa are in distress due to financial, organisational, and human factors

  • The ABEC Innovators’ Summer Schools (ISS) were only open to students from member higher education institutions

  • The respondents were positive about the ISS with all indicating they would recommend the ISS to other students and gave the ISS experience a median score of 9 [IQR: 8-10]

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Summary

Introduction

Many existing healthcare delivery systems in Africa are in distress due to financial, organisational, and human factors These systems are crippled by decaying infrastructure, high burdens of disease, growing populations, lack of funding, and shortage of materials (including essential consumables, drugs, and equipment). These systems suffer from inadequate training, ‘brain drain’ of their workforce and unaffordable healthcare services for poverty-stricken citizens (Akukwe, 2006; Albutt et al, 2018; Di Pietro et al, 2020; Fonjungo et al, 2012; Tumukunde, Sendagire & Ttendo, 2019; WHO, 2010a). Technological innovation can play a key role in meeting this goal and effectively provide the needed healthcare services

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