The Malawi University of Science and Technology (MUST) won the 2026 ICTAM National Students Hackathon.
The event was hosted at the TMF Centre of Excellence in Mpemba.
Participating institutions included Mzuzu University (MZUNI), University of Malawi (UNIMA), and Malawi University of Business and Applied Sciences (MUBAS).
The winning MUST team consisted of fourth-year student Chisomo Kambalame, Austin Thedzengwa, and Nyasha Chinthu.
The team developed a fully functional prototype in four days.
Their project addressed civic challenges aligned with Pillar 8 of Good Governance.
Bennett Kankuzi, Associate Professor and Head of CSIT at MUST, praised the team’s achievement.
Peter Ngwira, CEO of Nyasa Engineering Consultancy Ltd., delivered a keynote on "Coding a Circular Economy for Africa: A Fresh Transformation Agenda."
Ngwira emphasized the need to scale and commercialize academic ideas.
The hackathon was supported by NICO Technologies.
ICTAM facilitates connections between academic talent and industry in Malawi.

The Malawi University of Science and Technology (MUST) has reinforced its focus on innovation-driven education after its Computer Studies and Information Technology (CSIT) team won the 2026 ICTAM National Students Hackathon. The event, held at the TMF Centre of Excellence in Mpemba, featured student innovators from institutions like Mzuzu University, University of Malawi, and Malawi University of Business and Applied Sciences. The winning MUST team, consisting of fourth-year student Chisomo Kambalame and teammates Austin Thedzengwa and Nyasha Chinthu, developed a functional prototype in four days, addressing civic challenges tied to Good Governance Pillar 8. Bennett Kankuzi, Head of CSIT at MUST, highlighted the university’s emphasis on applied learning, noting that students are actively solving real-world problems. Keynote speaker Peter Ngwira, CEO of Nyasa Engineering Consultancy Ltd., encouraged students to transform academic ideas into scalable business ventures, stressing the need for innovation to extend beyond theory. The hackathon, supported by NICO Technologies, underscored the importance of university-industry collaboration, with ICTAM playing a key role in bridging academic talent with industry to foster Malawi’s digital and economic growth.
The event also highlighted broader themes, such as the role of entrepreneurship in education and the potential for student-led innovation to address societal challenges. While the focus was on practical solutions, Ngwira’s remarks suggested a gap between academic research and commercial viability, emphasizing the need for scalable impact. The success of the MUST team reflects a growing trend of hands-on, problem-solving education in Malawi, though the long-term effectiveness of such initiatives remains to be seen.

The strongest version of this narrative highlights a tangible success story in Malawi’s higher education sector, where hands-on innovation is being prioritized over theoretical learning. The MUST team’s victory at the ICTAM hackathon serves as a case study for how universities can bridge the gap between academia and real-world problem-solving. Bennett Kankuzi’s emphasis on applied learning and Peter Ngwira’s call for scalable, commercial innovation reinforce a paradigm shift toward practical, market-driven education. This aligns with broader global trends in STEM education, where institutions are increasingly measured by their ability to produce job-ready graduates and entrepreneurial thinkers.
However, the narrative also subtly frames innovation as a panacea for societal challenges, which may overlook systemic barriers such as funding, infrastructure, and policy support. The focus on "scaling" and "commercialization" could imply that only market-viable solutions are valuable, potentially sidelining projects with social or civic impact that lack immediate profitability. Additionally, the celebration of university-industry collaboration, while beneficial, might obscure questions about equity—who gets to participate in these opportunities, and who is left behind?
Root cause: The underlying assumption here is that technological innovation, driven by young talent, is the primary engine for economic and governance progress in Malawi. This echoes post-colonial development narratives that prioritize STEM and entrepreneurship as pathways to modernization, often at the expense of broader structural reforms.
Implications: For human agency, this model empowers students to see themselves as change-makers, but it also places the burden of systemic change on individuals rather than institutions. The beneficiaries are likely to be those already positioned within elite academic networks, while marginalized groups may struggle to access such opportunities. Second-order consequences could include a brain drain if top talent is lured away by global tech firms, or a widening gap between urban innovation hubs and rural communities.
Bridge questions: How might this focus on innovation intersect with Malawi’s broader educational inequities? What role should government play in ensuring that such initiatives are inclusive rather than elitist? Would the narrative change if the hackathon’s solutions were judged not just on technical merit but on their accessibility to underserved populations?
Counterstrike scan: If this were part of a coordinated influence campaign, the playbook might involve amplifying success stories to justify reduced public investment in education ("see, innovation solves everything!") or to attract foreign tech investment under the guise of "development." However, the content itself does not exhibit overt manipulation—it presents a genuine achievement while acknowledging the need for industry collaboration. No structural alignment with a hypothetical attack pattern is detected.
Patterns detected: none