Breaking news: MySCU, London International Academy gift CA$300,000 in Scholarships to African Students

    

By James Ade

A collaboration between MySCU and Canada’s London International Academy has led in the award of over CA$300,000 in scholarships to African students, marking one of several recent efforts to structure access to international secondary education from the continent.

As reported by our editor,the  scholarships, delivered through MySCU’s Global Scholars Program (A-Teen Scholars Track), include five fully funded awards valued at CA$60,000 each, covering tuition, accommodation, travel, and living expenses. An additional ten students received full tuition scholarships valued at CA$30,000, while 45 others were awarded partial scholarships of CA$22,250.

The five fully funded recipients are Gathigia Wahome (Kenya), Netanya Liro (Ethiopia), Mina Samir (Egypt), Joshua Oguntona (Nigeria), and Emerald Anario (Nigeria), all of whom will complete the Ontario Secondary School Diploma at London International Academy.While scholarship programmes are not new within international education, the structure of this initiative reflects a broader shift in how African students are being recruited and supported through the admissions process.

Across many African markets, study-abroad pathways remain fragmented, often reliant on informal advisory networks and independent agents. This has created a system where outcomes can be inconsistent, particularly as visa processes become more stringent and require greater documentation accuracy and financial clarity.In response, a number of operators are attempting to introduce more structured approaches to student mobility.

MySCU, founded by Timi Aluko, is one such example. The platform integrates elements of the admissions journey including student profiling, university matching, scholarship identification, and visa preparation, into a single workflow. The aim, according to the company, is to reduce uncertainty in application outcomes and improve alignment between students and institutions.Timi’s background in international admissions and student placement provides context for this approach. 

Prior to launching MySCU, her work involved guiding students through global education pathways, including engagement with organisations such as the United World Colleges and broader international education networks. These experiences exposed operational gaps in how students transition from local education systems into global opportunities.

The MySCU–London International Academy partnership also reflects a growing interest among institutions in more predictable recruitment pipelines from Africa. By linking scholarship access with structured preparation processes, such models aim to improve both student readiness and institutional conversion rates.At the same time, the initiative sits within a changing global landscape. 

African students are increasingly exploring destinations beyond traditional markets such as the United Kingdom and the United States, influenced by visa policies, cost considerations, and acceptance rates.MySCU has also announced an expansion into European pathways through a partnership with Universidad Católica San Antonio de Murcia (UCAM) in Spain, targeting undergraduate and postgraduate students for future intakes.

Now, the rise of structured platforms introduces new considerations.Access to some scholarship pathways is tied to paid service layers, reflecting a broader trend in education technology where advisory services are bundled with outcome-driven support. This raises questions around accessibility in markets where affordability remains a constraint.

Education analysts note that while structured systems may improve transparency and outcomes, their long-term impact will depend on their ability to balance scalability with inclusion.

For now, initiatives such as the MySCU–London International Academy partnership highlight a gradual shift in how international education pathways from Africa are being organised, from informal, agent-led processes toward more coordinated and system-driven models.