Tiny tech, big impact: Why Kenya must embrace nanotechnology and AI

To benefit, Kenya must embed nanotech and AI into university curricular, not just in engineering, but across medicine, agriculture and governance. Students must be trained to apply these technologies to real-world problems.

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Imagine something so small you can’t see it, yet it can clean water, fight disease and help build strong roads. That’s nanotechnology. It’s the science of working with materials at a super small scale, so tiny that a strand of human hair is about 80,000 nanometers wide.

This technology is already changing lives, and Kenya should not be left behind. Nanotech is helping doctors detect diseases early and deliver medicine directly to sick cells, making treatment faster and safer.

It is being used to fight cancer, diabetes and drug-resistant infections.

While there’s growing awareness in Kenya, we’ve yet to take full stock of the health interventions that could benefit from nanotech. From hepatitis and cardiovascular conditions to antimicrobial coatings, the potential is enormous.

Unless our hospital boards, procurement systems and national health strategies align with this emerging frontier, we risk continuing with outdated methods.

In other countries, nano-modified materials are helping roads resist water damage, seal cracks automatically and reduce maintenance costs. These solutions are especially useful for secondary and rural roads, where budgets are tight and weather damage is common.

The 2023-27 Strategic Plan of the Ministry of Roads and Transport stresses sustainability and innovation, yet it does not prioritise nanotech adoption.

With Vision 2030 and the Bottom-Up Economic Transformation Agenda in mind, nanotech could help build smart longer-lasting infrastructure while creating jobs through maintenance programmes.

In public and private sectors, leadership must recognise the potential of this technology in order to reduce costs, improve services and build public trust. Public sector boards and regulatory agencies can champion nanotech in procurement, policy and training.

Private sector boards can invest in nano-enabled products, partner with universities and drive innovation in manufacturing, agriculture and health.

The Semiconductor Technologies plant at Dedan Kimathi University, which produces nano-scale devices and sensors, is a powerful example of what’s possible when leadership aligns with innovation.

To benefit, Kenya must embed nanotech and AI into university curricular, not just in engineering, but across medicine, agriculture and governance. Students must be trained to apply these technologies to real-world problems.

The proposed Kenya Institute of Nanotechnology will be a game-changer if supported. But we must emulate global best practices in interdisciplinary research, innovation hubs and industry-academia partnerships.

Kenya must prepare its youth, institutions and leaders to embrace technology that solves problems at scale. Nanotech and AI are necessities. Let’s ensure our education system, boardrooms and public policies reflect this urgency.

The writer is a certified governance auditor and elected council member, ICPAK and certified secretary. The views shared here are personal

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