How networks of small firms could drive our next industrial revolution

Kenya has no shortage of engineering ingenuity. Across the country, small enterprises fabricate metal products, repair machinery, install renewable-energy systems, build construction components and develop agroprocessing equipment. The problem is not entrepreneurial activity but fragmentation.

A skilled engineering micro-enterprise may still lack precision machinery, testing facilities, certification, specialist designers or access to larger supply chains.

One possible solution is Embedded Micro-Industrial Systems (EMIS). The idea is simple: small engineering enterprises do not need to become miniature large factories.

They can remain independently owned and specialised while accessing expensive capabilities collectively. One firm could specialise in fabrication, another in precision machining and another in electrical systems, while the network shares design and prototyping facilities, testing, certification, specialised machinery, training, procurement and market-development support.

Universities and TVET institutions could form part of this infrastructure by providing laboratories, equipment and technical expertise that small enterprises cannot afford. Professional engineering bodies and standards organisations could help firms meet quality requirements for demanding supply chains.

Technology can make such coordination easier. A digital platform could map available machinery, specialist expertise, certified processes and unused production capacity across participating firms and institutions.

Artificial Intelligence could eventually support production scheduling, equipment matching, procurement and identification of capacity gaps.

But EMIS is not primarily a technology project. Its key innovation is organisational: making scattered resources reliably accessible as a production system.