The Future of STEM in Kenya: From Policy to Practice By Kevin Githuku Wanai March 20, 2026
- Apr 20
- 4 min read
Kenya is at a decisive moment in its pursuit of science, technology, engineering, and mathematics (STEM). The urgency is clear: the Kenya National Bureau of Statistics (KNBS) 2025 Facts and Figures report shows that more than 13 million learners are enrolled across primary and secondary schools, yet only 35 percent of schools have at least one STEM trained teacher, and just 21 percent of junior secondary teachers are certified in STEM subjects (KNBS). This mismatch between student demand and teacher preparedness has raised alarms about whether the country can truly prepare its youth for the demands of a digital economy.
The Ministry of Education has made STEM a priority under the Competency-Based Curriculum (CBC). In June 2025, during the 4th Multi-sectoral Conference on Research, Science, Technology, and Innovation in Nairobi, officials emphasized the need to align innovation with national priorities (Ministry of Education). Education Cabinet Secretary Julius Migos Ogamba captured the urgency when he said, “We must equip our learners with tools that allow them to innovate affordably. Arduino is one such platform that bridges theory and practice.”
Arduino, the open-source electronics platform, is now being introduced into the Kenya Science and Engineering Fair (Science Congress). Its affordability and versatility make it a powerful tool for students to build prototypes in robotics, automation, and data collection. For learners in informal settlements and rural schools, Arduino offers a gateway into coding and electronics without the prohibitive costs of traditional lab equipment. While a nationwide rollout has not yet been formally declared, pilot projects in science congresses are already underway, signaling a shift toward hands-on, technology-driven learning (CEMASTEA).
Teachers who have participated in these pilot projects describe the impact as immediate. “For the first time, my students can see their code come alive in a physical device. It changes how they think about science,” said a physics teacher from Nairobi School during the 2025 Science Congress.
Key points to note here:
At the 4th Multi-sectoral Conference on Research, Science, Technology, and Innovation (June 9–12, 2025, Nairobi), the Ministry emphasized aligning innovation with national priorities. Prof. Shaukat Abdulrazak, PS for Science, Research and Innovation, reiterated Kenya’s commitment to strengthening STEM through collaboration and policy reforms (Ministry of Education, June 2025).
At the STEMTASTIC Adventures Africa 2025 symposium (July 24, 2025, CEMASTEA, Nairobi), Education CS Julius Migos Ogamba opened the event and spoke about promoting sustainable STEM through innovative pedagogies. Arduino was mentioned as one of the tools being piloted in schools and fairs, but not yet as a nationwide rollout (Ministry of Education, July 2025)
iStart and the Schools
Parallel to government efforts, iStart, has been instrumental in shaping STEM education. Founded in 2012 in partnership with the LEGO Foundation, iStart — formerly STEM4Kenya — introduced robotics and STEM materials into Kenyan schools. By 2025, iStart Africa had expanded its presence in Nairobi, offering robotics kits, educational materials, and teacher training (https://www.istart.education/).
iStart programs have reached schools such as Alliance Boys, Alliance Girls, Precious Blood Girls, and Mount Kenya Academy, introducing LEGO MINDSTORM robots and PITSCO STEM materials. These initiatives created Kenya’s first wave of robotics competitions and STEM clubs, inspiring students to pursue careers in engineering and science.
There have also been recent engagements at Booth Boys High School in Kikuyu, Kiambu County, including a Sea Perch tournament where learners engaged in different types of technology including underwater robotics technology.
The impact of iStart is significant: it provides structured STEM curricula aligned with the CBC, equips teachers with training to bridge the skills gap, and connects students to global competitions. For many schools, iStart has been the first real opportunity to engage with robotics and coding, making it a big deal in Kenya’s education system.
The Bigger Picture
The future of STEM in Kenya is promising but not without challenges. Teacher preparedness remains a major obstacle, with most educators lacking the training to deliver STEM subjects effectively. Infrastructure gaps — including limited labs, internet access, and basic equipment — continue to hinder progress. Awareness is another issue: despite government and private initiatives, 99 percent of Kenyans remain unaware of STEM opportunities such as robotics and Arduino-based projects.
Yet the momentum is undeniable. Arduino adoption in science congresses, if it happens, and iStart’s expansion into schools are laying the foundation for a new generation of innovators. These tools will enable students to tackle real-world problems, from renewable energy to health monitoring, through affordable prototypes. They will also democratize access to STEM, ensuring that students in informal settlements and rural areas are not left behind.
Economically, STEM-trained youth will feed into Kenya’s growing digital economy, supporting industries such as fintech, agritech, and renewable energy. Globally, STEM integration positions Kenya as a regional hub for innovation, aligned with Vision 2030 and the Sustainable Development Goals (Vision 2030).
The risks are real, but so are the opportunities. If Kenya can overcome the challenges of teacher training, infrastructure, and awareness, the combination of government policy, Arduino adoption, and iStart programs will transform the country’s education system. The future of STEM in Kenya is not just about technology — it is about resilience, equity, and the ability of young people to shape their own futures.
Sources:
• Kenya National Bureau of Statistics, 2025 Facts and Figures — KNBS • Ministry of Education, 4th Multi-sectoral Conference on Research, Science, Technology, and Innovation (June 2025) — education.go.ke
• CEMASTEA, Kenya Science and Engineering Fair — cemastea.ac.ke
• iStart website — https://www.istart.education/
• The Star, Over half of students to pursue STEM subjects (Dec 2025) — the-star.co.ke
• Kenya Vision 2030 official framework — vision2030.go.ke
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