Holding a PhD from the University of California, Berkeley, Faraj first moved to Tanzania for dissertation research, where he ended up living for about 12 years before eventually relocating to Rwanda, where he established the African Olympiad Academy.
The latter is a unique school dedicated to training the continent’s next generation of innovators, problem-solvers, and leaders.
In an exclusive interview with IGIHE reflecting on the decision to set up his school in Rwanda, Dr. Faraj explained that the country offers a unique environment for building impactful institutions.
“Both my wife and I have a very strong commitment to Pan-African institution building. We chose Rwanda as our base, but it’s not just to do work in Rwanda or just to impact Rwanda. Rwanda is almost like a sandbox where you can operate within a very safe and disciplined environment to build institutions and structures that have broader impact beyond the borders of Rwanda,” he said.
Dr. Faraj’s journey into education deepened after working in Tanzania’s private sector during a period when the country’s economy was opening up and undergoing rapid change.
“Education is my real passion. I believe in the transformative power of education,” he said.
His academic path led him to the African Leadership University (ALU), where he first worked in Mauritius before being asked to move to Rwanda to help launch the institution’s campus in 2018.
During his time in Rwanda, Faraj came to see the country as an example of how strategic planning and discipline can rebuild a nation and create an environment that supports innovation and institution building.
“One of the things that I really appreciate about Rwanda is that it is a proof of concept. Rwanda has been able to rebuild itself through focus, discipline, strategic planning and a real commitment to institution building,” he explained.
Inspired by this environment, Dr. Faraj later co-founded the African Olympiad Academy (AOA) in Kigali, a Pan-African residential high school dedicated to nurturing Africa’s most talented students in mathematics, science, and technology.
The academy, launched in November 2025, offers full scholarships and uses an Olympiad-based learning approach to prepare students for international competitions and careers in advanced technology.

According to Dr. Faraj, the school also aims to challenge common misconceptions about Africa’s intellectual history.
“We want our students to understand that they come from a rich tradition of doing mathematics and STEM on the continent. Too often Africans get pigeonholed as only doing culture, but the reality is we built the pyramids, and the pyramids required a great amount of math,” he said.
The academy is located in Kanombe, Kigali, on the renovated campus of a former primary school. At the entrance stands a large mural illustrating the history of science and technology in Africa, linking ancient achievements with modern landmarks like the Kigali Convention Centre and an imagined Afro-futurist future.
“This is our Afro-futurism mural. We want to inspire our students to think about themselves as the architects of Africa’s future,” Dr. Faraj said. “If we ever achieve the Africa we want, it will be because our students have been able to imagine and build what that future looks like.”
Currently, the academy hosts 30 students from eight African countries, with plans to expand gradually to about 120 students. Admission is highly competitive, and unlike traditional schools, students do not apply.
Students are selected through competitions, mathematics camps, and the Rwanda Olympiad program, which attracts tens of thousands of participants across the continent. In one recent competition, more than 60,000 students participated before the selection process narrowed down to a small group of finalists.
At AOA, the curriculum is built around three core subjects: foundational mathematics, applied mathematics, and global perspectives. The emphasis on mathematics is particularly important in the age of artificial intelligence.
“You can’t really have AI if you don’t have strong foundational math,” Dr. Faraj said. “If Africa does not develop its own AI developers, we will simply remain consumers of technologies created elsewhere.”
The applied mathematics courses include physics and computer science, while the global perspectives program ensures students understand history, geopolitics, economics, and African identity.
“We want our students to understand the world around them and have a strong sense of African identity so that when they apply their skills, they are solving real problems facing the continent,” he said.


Life at the academy extends beyond the classroom. The campus features murals celebrating African scientists and innovators, residential facilities for students, and spaces where learners interact through activities such as games, movie nights, and discussions.
The academy also runs an online initiative called Rising Stars, which provides mathematics training for talented students across Africa in both English and French.
Rwanda’s supportive environment played a crucial role in the academy’s rapid development. According to Dr. Faraj, the country’s stability, openness to African diaspora professionals, and ease of establishing institutions allowed the school to launch in just one year.
Looking ahead, the academy aims to prepare students to compete in prestigious competitions such as the International Mathematical Olympiad and other global science contests. Dr. Faraj believes that such programs can help African students gain entry to the world’s top universities and become innovators shaping the continent’s future.
“Our mission here is really about scaling impact,” he said. “Research shows that students who participate in math Olympiads often go on to achieve extraordinary things. We want our students to be AI creators and developers so that Africa is not dependent on technologies built elsewhere.”
Through the African Olympiad Academy, Dr. Faraj hopes to build a Pan-African educational ecosystem capable of transforming Africa’s youngest generation into global leaders in science, technology, and innovation during the Fourth Industrial Revolution.












































