The concept of ecosystems in nature, where relationships between organisms drive vitality rather than mere proximity, is increasingly shaping discussions about higher education, particularly in the context of transnational education (TNE). A recent commentary by Dhanjay Jhurry, managing director of the Uniciti International Education Hub in Mauritius, draws parallels between natural ecosystems and the potential evolution of education hubs. He argues that simply aggregating institutions and programs in one location does not create a living educational ecosystem; instead, meaningful interactions among universities, students, researchers, businesses, and communities are essential for driving innovation and real-world problem-solving.
From Aggregation to Interaction
The first generation of international education hubs focused on attracting reputable universities, programs, and students to a specific location. While this remains important, Jhurry emphasizes that bringing institutions together should be the starting point, not the endpoint. The next stage involves cultivating relationships that generate new research collaborations, technologies, and solutions. This idea emerged from discussions at the International Conference on Transnational Education and Innovation organized by Uniciti earlier this year, where participants highlighted the need to move beyond program mobility toward broader knowledge and innovation networks.
One practical example is the partnership between Vellore Institute of Technology (VIT) and Uniciti in Mauritius. While VIT’s computer and civil engineering programs expand local academic offerings, their true potential lies in connecting engineering education with real-world challenges. Uniciti’s integration with Medine, a diversified group involved in agriculture, property development, and smart-city projects, provides students and researchers with tangible problems to solve—such as sustainable construction, water management, and artificial intelligence applications. This approach embeds learning within a living environment where engineering issues naturally arise, transforming classrooms into collaborative spaces for innovation.
Building a Health Innovation Network
A different model is illustrated through Uniciti’s partnership with Swansea University, which began with a nursing top-up program in Mauritius and expanded to include training nurses from Seychelles. The planned establishment of a Swansea medical school at Uniciti further exemplifies this interconnected approach. A medical school cannot function in isolation; it requires collaboration with hospitals, clinicians, healthcare authorities, and regulators. By building these relationships, the initiative moves beyond a single program to create a broader health education and innovation network. Medical students can learn alongside practicing clinicians, while clinical challenges stimulate interdisciplinary research, linking engineering and computing through simulation, medical technologies, and digital health solutions.
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He stresses that such ecosystems thrive on diversity and interdependence. Just as pollinators play a critical role in natural ecosystems, universities can act as knowledge pollinators, bridging disciplines, industries, and regions. Education hubs like Uniciti facilitate these connections by linking international universities with local institutions, students with industry problems, and researchers with entrepreneurs. Success metrics must evolve beyond traditional measures like student numbers and infrastructure to assess the density and productivity of these relationships—how many industry problems become student projects, how many cross-disciplinary collaborations emerge, and how many research ideas translate into prototypes or enterprises.
For small island states like Mauritius, which occupies a strategic position between Africa, Asia, and Europe, competing through scale is impractical. Instead, the focus should be on connectivity, agility, and network density. Mauritius could become a pollinator of knowledge, combining expertise from diverse regions to address challenges specific to island states and the broader African and Indian Ocean regions. The ultimate goal is not merely to import education but to leverage international partnerships to build local knowledge, talent, and innovation capacity. As He notes, no single institution or entity can create such an ecosystem alone; education hubs must act as orchestrators, enabling actors to connect and collaborate in ways that traditional academic structures cannot.
Towards the Next Generation of TNE
Transnational education (TNE) has traditionally centered on program mobility, with universities in one country offering curricula abroad. However, this model may evolve to prioritize ecosystem building. Instead of merely importing programs, partnerships can strengthen local and regional capabilities. For small island states like Mauritius, this means using international collaborations to enhance domestic knowledge and innovation capacity rather than relying on scale.
The Role of Education Hubs as Orchestrators
Hubs act as facilitators, connecting diverse actors to drive collaboration. They do not control ecosystems but enable relationships that fuel innovation. A hub with 3,000 engaged students may yield more innovation than one with 10,000 isolated learners, as interaction fuels progress.
