Speaker
Description
Ibrahim, A.
FCE TECH Potiskum
abdulplus@gmail.com
Track: Digital Transformation in Higher Education
The persistent digital divide across Sub-Saharan African tertiary institutions continues to constrain equitable access to quality programming education, software development training, and the acquisition of twenty-first-century digital competencies. While higher education systems in more developed regions are increasingly integrating advanced digital tools into teaching and learning, many tertiary institutions in Sub-Saharan Africa continue to face structural challenges such as high licensing costs of proprietary software, inadequate digital infrastructure, limited access to modern programming environments, and insufficient technical capacity among educators and students. In response to these constraints, open-source programming platforms have emerged as a transformative and sustainable alternative for enhancing programming education and bridging the digital divide.
This paper investigates the role of open-source programming platforms in improving the teaching and learning of programming within Sub-Saharan African tertiary institutions. It explores the pedagogical and technological contributions of widely adopted open-source tools such as GitHub, GitLab, Visual Studio Code, Linux-based operating systems, Python programming ecosystems, and collaborative coding environments. These platforms enable students and educators to engage in authentic software development practices, including version control, collaborative coding, debugging, project-based learning, and continuous integration workflows, thereby strengthening conceptual understanding and applied programming skills.
Furthermore, the study highlights how open-source programming ecosystems reduce dependency on expensive proprietary software, making programming education more accessible to resource-constrained institutions. By promoting collaboration, transparency, and shared knowledge production, these platforms foster peer learning, innovation, and community-driven software development among students and faculty. However, the paper also identifies critical barriers to effective adoption, including inadequate infrastructure, unreliable internet connectivity, limited institutional support, and insufficient professional development opportunities for educators in open-source technologies.
The paper argues that the strategic integration of open-source programming platforms into curricula can significantly enhance computational thinking, problem-solving abilities, and graduate employability in Sub-Saharan Africa. It concludes that sustained investment in digital infrastructure, capacity building, and supportive institutional policies is essential for leveraging open-source ecosystems to bridge the digital divide and build future-ready tertiary education systems in Sub-Saharan Africa.