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Renforcer les écosystèmes d’ingénierie en Afrique subsaharienne

Ce projet a vu le jour en raison des écarts importants qui existent en formation spécialisée et en recherche en sciences appliquées, technologie, ingénierie et mathématiques (STIM) en Afrique subsaharienne. Souvent, le personnel manque d’aptitudes dans ces domaines ou les étudiants ne sont pas bien équipés pour le marché national ou régional de l’emploi.

Cinq projets pilotes dans toute l’Afrique subsaharienne, choisis dans le cadre d’un concours ouvert et d’un panel d’examinateurs indépendants, tenteront de trouver des moyens de renforcer la recherche en ingénierie et l’éducation en Afrique. Les cinq projets abordent divers aspects liés à la manière dont la formation et la recherche STIM peuvent avoir des répercussions sociales et économiques de manière plus efficace dans toute la région. Ces projets sont les suivants :

• Conception de produits dans le programme d’ingénierie (Nigeria)
• Renforcer les capacités en ingénierie de l’eau en Afrique de l’Est afin d’atteindre les objectifs de développement durable (Tanzanie)
• Soutenir les principales innovations en gestion des ressources hydriques (Ghana)
• Programmes de coopération universitaire en Afrique de l’Est (Tanzanie)
• Soutenir les cultures de recherche STIM en Afrique : renforcer la capacité institutionnelle pour la recherche informatique (Kenya)

Les chefs de projet contribueront à la compréhension régionale et mondiale en étudiant leur « écosystème » d’ingénierie national et sous-régional, et en entamant une réflexion sur leurs projets. Ils établiront ensemble un nouveau domaine d’expertise de l’ingénierie sur le continent, notamment par l’entremise de l’enseignement de l’ingénierie et les systèmes d’innovation. En échangeant les meilleures pratiques et leçons tirées, ils se pencheront sur des défis communs tels que le manque de femmes dans l’ingénierie, les obstacles aux partenariats entre les universités et les industries, et les défis liés aux cheminements de carrière pour les ingénieurs.

No projet
108883
État du projet
Terminé
Date de fin
Durée
36 months
Agent(e) responsable du crdi
David O'Brien
Financement total
CA$ 1,593,350.00
Emplacement
Ghana
Kenya
Nigéria
Sud du Sahara
Tanzanie
Ouganda
Programmes
Éducation et sciences
Éducation et sciences
Fondements pour l'innovation
Pays de l’institution
Tanzania
Chargé(e) de projet
Gussai Sheikheldin
Institution
SCIENCE, TECHNOLOGY AND INNOVATION POLICY RESEARCH ORGANIZATION
Institution
Kwame Nkrumah University of Science and Technology
Pays de l’institution
Ghana
Chargé(e) de projet
Kwame Agyeman-Prempeh Agyekum
Institution
Kwame Nkrumah University of Science and Technology, Kumasi
Pays de l’institution
United States
Chargé(e) de projet
Matthew Harsh
Institution
Cal Poly Corporation
Pays de l’institution
Nigeria
Chargé(e) de projet
Omotayo Fakinlede
Institution
Nigerian Academy of Engineering (Limited by Guarantee)
Institution
SCIENCE
Pays de l’institution
Tanzania
Chargé(e) de projet
Victor Kongo
Institution
Tanzania Water Partnership

Résultats

Building capacity in water engineering for addressing sustainable development goals in East Africa (CAWESDEA) : strengthening engineering ecosystem in Sub-Saharan Africa - Project Culmination Conference

Building capacity in water engineering for addressing sustainable development goals in East Africa (CAWESDEA) : strengthening engineering ecosystem in Sub-Saharan Africa - Project Culmination Conference

Report

The project “Building Capacity in Water Engineering for Addressing Sustainable Development Goals in East Africa (CAWESDEA)” was implemented jointly in three countries: Kenya (Moi University), Uganda (Makerere University) and Tanzania (University of Dar es Salaam). This comprehensive report provides an overview of the CAWESDEA conference, highlighting achievement, impacts and key lessons learnt throughout the project. The event also facilitated further input from participants and stakeholders to add to results and to prepare for the second phase.

Auteur ou autrice(s) : Tanzania Water Partnership

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Langage : Anglais

Strengthening engineering ecosystems in Sub-Saharan Africa

Strengthening engineering ecosystems in Sub-Saharan Africa

Report

The consortium identified a systemic problem in line with the World Bank and IDRC sources that point to the lack of targeted industry training and research application for students in engineering. The consortium used a scheme that involved the piloting of applied engineering research projects in the following disciplines: ICT, Sanitation (Environment and Waste Management) and Water. A total of 31 student-led pilot projects were piloted, targeting solving critical developmental challenges like improving access to affordable sanitation, water supply, and energy saving while striving for gender equality (United Nations Sustainable Development Goal # 5). It has been found that the current curriculum can be enhanced if students in their final year are encouraged to work in multi-disciplinary groups partnered with the private sector with the aim of addressing specific problems in these institutions.

Auteur ou autrice(s) : Agyekum, Kwame Agyeman-Prempeh, Adjei, Kwaku Amaning

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Langage : Anglais

Student industrial secondments for engineering in East Africa : project technical report

Student industrial secondments for engineering in East Africa : project technical report

Report

Relative shortage of engineering practitioners in sub-Saharan Africa has been reported as a major concern in many studies on industrial and technological development of the region. However, the region simultaneously records a significant number of existing engineering graduates who find it difficult to find employment in engineering fields. While that situation reflects the inability to absorb human capital in industrial processes, it can also be partly explained by a relative deficit (real or perceived) in the competency of local engineering graduates in the ever-advancing areas of science, technology, engineering and mathematics (STEM), and/or a scarcity in opportunities to hone and demonstrate competency of local engineering graduates in the labour market. Consequently, local engineering graduates have inadequate hands-on experience needed in industries as well as for establishing start-up engineering firms/businesses. To address this situation, it was postulated that promoting engineering student industrial secondment (SIS) programmes can be a suitable approach to strengthening the linkages between engineering education, practice and employability.

Auteur ou autrice(s) : Sheikheldin, Gussai, Mutambala, Musambya, Diyamett, Bitrina, Nyichomba, Bavo

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Langage : Anglais

Challenges around employability of engineering graduates in Africa : can industrial secondments be a remedy?

Challenges around employability of engineering graduates in Africa : can industrial secondments be a remedy?

Brief

With the shortage of local, competent engineering practitioners being a challenge to sustainable development, existing engineering ecosystems need to transform and address the challenge. The SIS project has shown potential in improving the professional competence (and thus employability) of engineering students through methods such as student industrial secondment (SIS) programmes and problem-based learning, among others. However, for such methods to work properly, more efforts and effective coordination among stakeholders in the engineering ecosystem are required.

Auteur ou autrice(s) : Sheikheldin, Gussai, Mutambala, Musambya, Diyamett, Bitrina, Nyichomba, Bavo

Télécharger le PDF

Langage : Anglais

Improving competences of engineering graduates through student industrial secondments : a study in East Africa

Improving competences of engineering graduates through student industrial secondments : a study in East Africa

Study

Relative shortage of engineering practitioners in sub-Saharan Africa has been reported as a major concern in many studies on industrial and technological development of the region. However, the region simultaneously records a significant number of existing engineering graduates who find it difficult to find employment in engineering fields. While that situation reflects the inability to absorb human capital in industrial processes, it can also be partly explained by a relative deficit (real or perceived) in the competency of local engineering graduates in the ever-advancing areas of science, technology, engineering, and mathematics (STEM), and/or a scarcity in opportunities to hone and demonstrate competency of local engineering graduates in the labour market. Consequently, local engineering graduates have inadequate hands-on experience needed in industries as well as for establishing start-up engineering firms/businesses. To address this situation, it was postulated that promoting engineering student industrial secondment (SIS) programmes can be a suitable approach to strengthening the linkages between engineering education, practice and employability.

Auteur ou autrice(s) : Sheikheldin, Gussai, Mutambala, Musambya, Diyamett, Bitrina, Nyichomba, Bavo

Télécharger le PDF

Langage : Anglais

Rethinking the West African engineering ecosystem

Rethinking the West African engineering ecosystem

Report

This document summarizes S2PAfrica’s key activities during the grant period 2018 - 2022. We have documented the status of current milestones and measurable results outlined in our grant agreement, our project’s successes/challenges and future goals, and the status of the budget/funds awarded through the grant. This final report will allow both S2PAfrica and IDRC to learn from our experience and understand how this grant empowered us to critically rethink the engineering ecosystem for the West African region.

Auteur ou autrice(s) : Omotayo, Fakinlede, Adegbola, Tunde, Adewumi, Olayinka

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Langage : Anglais

Building capacity in water engineering for addressing sustainable development goals in East Africa (CAWESDEA) : Final Technical Report

Building capacity in water engineering for addressing sustainable development goals in East Africa (CAWESDEA) : Final Technical Report

Report

Tanzania Water Partnership (TWP) in collaboration with Department of Water Resources Engineering, College of Engineering and Technology (CoET), University of Dar-es-Salaam in Tanzania; Department of Civil Engineering and Environment, Makerere University in Uganda; and Department of Civil Engineering and Structural Engineering, Moi University in Kenya jointly applied and implemented the IDRC funded project titled Building Capacity in Water Engineering For Addressing Sustainable Development Goals In East Africa (CAWESDEA). The project was conceived out of collaborative efforts between the partnering institutions, starting way back in 2017 when TWP submitted a concept note to IDRC in response to a call for the programme titled Strengthening Engineering Ecosystem in sub-Saharan Africa. TWP led the efforts of developing the concept note into a project proposal of which was funded by IDRC after going through due diligence processes. The CAWESDEA project was designed to cover 3 years - starting from October 1st 2018 and ending in September 2021. However, due to unprecedented global COVID19 Pandemic, the project was extended by four months up to February 2022. Thus, this report provides an account of the implementation trajectory of the CAWESDEA project.

Auteur ou autrice(s) : Kongo, Victor, Kosgei, Job Rotich, Munishi, Subira Eva, Sempewo, Jotham

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Langage : Anglais

Engineering education, development and growth in Africa

Engineering education, development and growth in Africa

Article

The demand for engineers and the under-employment of engineers seem to be simultaneous. This study looks for underlying reasons based on a review of existing literature. The paper suggests that the competency of engineering graduates in Africa needs to increase through enhancing and strengthening engineering education. This would include job market skills such as reliable communication, task and time management, familiarity with local processes and industrial standards, and related administrative skills.

Auteur ou autrice(s) : Sheikheldin, Gussai, Nyichomba, Bavo

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Langage : Anglais

Student industrial secondments in East Africa : improving employability in engineering

Student industrial secondments in East Africa : improving employability in engineering

Article

This study aims to explore best practices for evidence-based policy in establishing and running robust engineering student industrial secondment (SIS) programs, coordinated between universities and industries. SIS programs applied to engineering can be a suitable approach for strengthening the linkages between engineering study, practice and employability. The unavailability or absence of records and records keeping, or weak access to institutional/industrial and employment records makes rigorous investigation a challenge.

Auteur ou autrice(s) : Mutambala, Musambya, Sheikheldin, Gussai, Diyamett, Bitrina, Nyichomba, Bavo

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Langage : Anglais