CambriLearn Students Shine in National Science Competition
Three students return with medals, demonstrating the effectiveness of online learning.
The Full Story
In a notable achievement, three students from CambriLearn recently participated in South Africa’s largest school science competition and returned with medals, showcasing the effectiveness of online education in fostering independent research. The competition, known as the Eskom Expo for Young Scientists, featured over 18,000 learners, with CambriLearn students standing out amongst their peers. Among the medalists is Mapula, who developed an adjustable and modular below-knee prosthesis, specifically designed to be affordable for households without medical aid.
Her innovative project won gold at the regional expo in August. She is currently working on an even more complex design, targeting above-knee amputees, which underscores her dedication to practical engineering solutions. Another standout, Joni, created a biodegradable sanitary pad after researching harmful chemicals used in many commercial options.
Her goal is to establish a charity focused on distributing these pads to rural communities in need. Meanwhile, Ruth focused her research on comparing PFAS-based firefighting foam with fluorine-free alternatives, aiming to highlight safety and performance metrics after witnessing firsthand the health hazards tied to chemical exposure. The success of these students is significant, particularly because CambriLearn played no role in the judging process.
Unlike typical school performance metrics, which can be self-reported, the accolades earned here come from rigorous evaluation by independent panels comprised of engineers, clinicians, and academics. This distinction elevates the accomplishment beyond mere statistics. CambriLearn reports a 98% acceptance rate to universities among its graduates and significant scholarship winnings exceeding $25 million, underscoring the effectiveness of its educational model over years.
However, the recent wins at the Eskom Expo add a layer of credibility that self-reported metrics cannot convey. The school's approach emphasizes mentorship, rigid structure, and live lessons, contrasting with the often self-paced and isolationist nature associated with online learning. This supportive framework enables students to engage in serious research projects alongside their academic responsibilities.
Each project carried out by Mapula, Joni, and Ruth was backed by mentors who assisted them throughout their development stages. CambriLearn’s framework has been cultivated over two decades and serves a diverse cohort of students across more than 100 countries. While it offers various curricula, including the International British Curriculum and CAPS, all instructors are highly qualified, contributing to the overall effectiveness of the remote learning experience. As enrolment opens for the 2027 academic year, the achievements of students such as Mapula, Joni, and Ruth signify the potential of online education to cultivate capable, innovative minds in a practical research environment, raising the bar for digital educational institutions across the globe.
Why It Matters
The success of CambriLearn students in a national science competition indicates that online education can effectively facilitate hands-on research and innovation, countering traditional views of remote learning as less rigorous or impactful.
What's Next
CambriLearn will continue to expand its student offerings and support research projects, focusing on effectively preparing learners for competitive scientific avenues and enhancing its online learning framework further in the coming academic year.