Why Eight Presentations Matter
When a computing education initiative contributes eight presentations to a single international conference, the number attracts attention.
The more important question is what kind of preparation made that breadth of work possible.
That opportunity came through the 2026 International Conference on Business, Management and Economic Development (ICBMED 2026), organised by the University of Professional Studies, Accra (UPSA), from 25 to 26 May 2026. Under the theme “Transforming Africa through Sustainable Business Practices, Entrepreneurship, ESG and Green Skills Development”, UPSA created a valuable scholarly platform for research, innovation and applied ideas to enter a wider academic conversation.
For the UPSA Developers Hub, that platform made visible a body of work shaped through student mentorship, project-centred learning, systems development and academic preparation. The eight presentations spanned computing education, healthcare, agriculture, student services, digital commerce and event technologies. The work did not begin at the conference; the conference brought into one place the discipline behind it.
This distinction matters. Conference contributions are often noticed at the point of presentation, although the intellectual and developmental work begins much earlier. A strong presentation portfolio is often the visible layer of a deeper learning process.
Dr. Augustina Dede Agor with UPSA Developers Hub members who presented under Track 3, Technology and Digital Transformation for Sustainability, and Dr. Aria Alpha Alfa, Chair of the Track 3 panel, at ICBMED 2026.
Scholarship, Innovation and Software Engineering as One Ecosystem
The Hub’s motto is “Scholarship. Innovation. Software Engineering.” It captures the operating logic of the Hub’s work. Scholarship disciplines inquiry and communication. Innovation directs attention to meaningful problems and context. Software engineering converts ideas into systems through structured technical practice. The strength lies in the disciplined integration of the three.
The paper I presented at ICBMED 2026, “Project-Centred Programming Education and the Emergence of the UPSA Developers Hub: A Practice-Based Model for Industry-Ready Computing Education,” examined the educational thinking behind the Hub. In the age of generative artificial intelligence, code production alone is no longer a sufficient indicator of computing capability. Students need opportunities to develop systems thinking, engineering judgement, implementation ownership and the capacity to connect technical choices to the problems they are addressing.
The Hub’s ICBMED portfolio gave practical expression to this philosophy. It comprised Hub-led systems alongside final-year and interdisciplinary student projects that received Hub support or conference-preparation guidance. These projects differed in origin, ownership, scope and maturity. Their preparation for the conference brought them into a shared environment of mentorship, academic development and technical learning.
This is an important capability for a computing education ecosystem. The Hub’s value is also visible in its ability to develop its own systems, identify promising student work, support further growth and create opportunities for students to communicate that work beyond its initial academic setting.
What the Portfolio Teaches About Computing Education
The systems presented at ICBMED 2026 show why serious computing education extends beyond code. Healthcare software must account for workflows, records, roles and service coordination. Digital marketplaces raise questions of trust and governance. Agricultural platforms must consider connectivity, language and accessibility. Student-service systems intersect with institutional processes and lived experience, while event technologies bring together payment, access, verification and participation.
The Hospital Management System, Tix4u and the intelligent hostel accommodation platform represented Hub-led systems. Other presentations on student-built systems benefited from the Hub’s wider mentorship and conference-preparation environment. Across the portfolio, the educational value lay in helping students see software as a socio-technical intervention: technical decisions operate within human, organisational and infrastructural realities.
AgriNet illustrates the point clearly. Its use of web, mobile, USSD, IVR, GPS tracking and AI-enabled voice interaction responded to the realities of tomato farmers, buyers and transporters in Ketu North. The lesson is not the number of technologies integrated. It is that inclusive software engineering must begin with the conditions of intended users rather than assumptions about continuous connectivity, literacy or smartphone access.
The portfolio also showed the importance of student leadership. Hub members, including Albert Siaw Yeboah, Jerry Myron and Josephine Boahene Lartey, contributed to technical work, presentation preparation and peer engagement. Such participation matters because a sustainable student technology initiative grows when students learn not only to participate, but also to help carry standards, collaboration and continuity.
Jerry Myron leads his team’s presentation of the Hospital Management System under development at ICBMED 2026, outlining the project’s progress and responding to questions on the system.
From Conference Participation to Innovation Capacity
ICBMED 2026 offered the UPSA Developers Hub something strategically important: a UPSA-organised conference platform on which several strands of its work could be seen together. By convening the conference, the University created an opportunity for applied student computing work to enter broader conversations on sustainability, entrepreneurship, innovation and digital transformation.
The wider lesson is not that every student project should become a product, start-up or institutional system. Projects differ in purpose and maturity. The more useful question is whether promising work can access a credible pathway for further learning when technical or academic value exists.
Such a pathway may involve deeper problem investigation, stakeholder engagement, implementation refinement, academic writing or presentation before an academic audience. The purpose is not to prolong every project, but to enable promising student work to become a richer educational experience and, where appropriate, contribute to a wider culture of university innovation.
For African universities, this matters. Digital health, agricultural transformation, entrepreneurship, institutional automation and inclusive technology require graduates who can work with real users, imperfect information and technical trade-offs. Theory remains indispensable, but practice-based environments give students a different form of knowledge: the judgement that develops when ideas must be translated into systems for specific contexts.
The lasting significance of the eight presentations is therefore not the number itself, but what the number revealed. Through ICBMED 2026, UPSA created the conference platform. The UPSA Developers Hub brought to it a portfolio shaped by sustained student development and preparation. Together, these contributions made visible a powerful lesson for computing education. When student talent is organised within a disciplined ecosystem of scholarship, innovation and software engineering, projects can become pathways to deeper technical judgement, academic participation and emerging innovation capacity.
The writer Dr. Augustina Dede Agor, PhD (Computer Science), is a Senior Lecturer in the Department of Information Technology Studies at the University of Professional Studies, Accra (UPSA)
