As digital technologies continue to transform education, research and the labour market across Africa, there is a growing need for flexible and recognised pathways to acquire and demonstrate digital skills. Micro-credentials can play an important role in addressing this need by recognising learning acquired through short, targeted training programmes and enabling learners to build their competences progressively.

From short courses to recognised skills

Across Africa, it is already common for young people to undertake short courses in computer science and digital technologies, often after completing secondary education. These can range from introductory training in operating systems, word processing or spreadsheets to more advanced courses in database administration, network administration or programming.

However, the value of the certificate obtained often depends on the level of trust that employers and other institutions place in the organisation that issued it. When credentials are not widely recognised or transferable, learners may find themselves taking multiple courses covering similar competences, simply to obtain certificates that are recognised by different organisations.

This creates unnecessary duplication of training and assessment and can make it difficult for employers to understand what a learner actually knows and is able to do.

A national and continental approach to micro-credentials could help address this challenge by establishing common frameworks for the development, assessment and recognition of targeted digital skills.

Developing a framework for Africa

Capacity Building and Training is addressed through Work Package 4 (WP4) of DIGITAfrica, which explores approaches for developing a micro-credentials qualification framework adapted to the African context.

The proposed approach draws on established qualification and competence frameworks, including the European Qualifications Framework (EQF) and the European e-Competence Framework (e-CF), while also taking into account the African Continental Qualifications Framework (ACQF) and relevant National Qualifications Frameworks (NQFs).

The resulting framework is presented in the DIGITAfrica deliverable D4.2 – Competence framework and modular curricula for general and targeted training on digital technologies. It proposes three levels of micro-credentials:

• Level 1 – Foundational competences: courses provide the knowledge and practical skills needed to perform tasks within a defined area.
• Level 2 – Practitioner competences: learners develop more advanced competences and the ability to apply them with greater autonomy and self-management.
• Level 3 – Architect and management competences: learners acquire the knowledge and skills required to design, supervise and advise within their area of expertise.

This structure provides a pathway through which learners can progressively develop digital competences, moving from foundational knowledge towards more advanced professional and managerial capabilities.

Connecting micro-credentials with higher education

The proposed framework is not intended to replace basic or secondary education. Rather, DIGITAfrica focuses on supporting Higher Education Institutions (HEIs), particularly universities, in adopting micro-credentials as a formal and valid way of recognising competences.

Embedding micro-credentials within university education could create more flexible learning pathways. Individual credentials could be stacked, allowing learners to combine smaller units of learning and potentially use them towards part of the requirements for a university degree.

Such an approach could help bridge formal education, professional development and the rapidly changing skills needs of the digital economy.

Testing the approach through practical training

Assessment is a critical component of any micro-credential system. For digital sciences, assessment needs to go beyond theoretical knowledge and reliably demonstrate whether learners can apply practical skills.

DIGITAfrica is therefore exploring assessment approaches that are practical, scalable and reliable, while ensuring that the resulting credentials can be trusted by learners, universities and potential employers.

The proposed framework was tested through the DIGITAfrica Summer School held in Nairobi, Kenya, in March 2026. The training was aligned with two project blueprints focusing on Heterogeneous Networking and Edge AI, supporting DIGITAfrica’s broader objective of developing a framework for pan-African research infrastructure in digital sciences.

The next step will be to further test the approach during the DIGITAfrica Summer School 2027, where participating learners will be assessed for the award of micro-credentials based on their demonstrated competences.

Towards trusted and transferable digital credentials

For micro-credentials to have a meaningful impact, recognition alone is not enough. Credentials also need to be tamper-proof, transferable and digitally verifiable.

A trusted digital credential should allow learners to demonstrate their competences across institutions and, ultimately, across borders, without having to repeatedly prove the same skills through overlapping courses and examinations.

Developing common approaches to micro-credentials could therefore contribute to a more flexible and transparent digital skills ecosystem in Africa — one where learning can be accumulated over time, competences can be clearly understood, and qualifications can travel with the learner.

Through its work on capacity building, DIGITAfrica is contributing to this broader vision by exploring how recognised, stackable and digitally verifiable micro-credentials can support lifelong learning and strengthen digital skills development across Africa.

As digital transformation accelerates, the ability to recognise and transfer skills will be just as important as the ability to acquire them.

Authors: Vitalis Ozianyi (Strathmore University) and the DIGITAfrica WP4 team