Supply chain

Business

Government (linguistics)

Economic growth

Biology

Triple helix

Engineering

Marketing

Philosophy

Paleontology

Economics

Context (archaeology)

Leapfrogging

Linguistics

Industrial organization

Genetics

Technology in Society

The protracted disruption of Covid-19 pandemic on global supply chains has renewed calls for a new model of manufacturing that removes the need for centralised high-volume production and large inventory stocking. Drawing ideas from the Triple Helix model of university-industry-government innovation, this paper analyses the prospects for a 3D manufacturing revolution in Africa, a continent which was was disproportionately affected in the rounds of international border restrictions imposed in response to the Omicron variant of the virus. Taking a conceptual approach supported with case illustrations, the paper reviews the evolution of 3D printing technologies, the disruptive impact they have had on the traditional supply chain and the global expansion of the 3D printing market. Highlighting the favourable conditions for technological leapfrogging within the African context, the paper proposes a new integrative framework that explains how the emergence of new hybrid organisations from the Triple Helix can drive a promising manufacturing future for the continent -with small and medium enterprises playing a key role.

Can university-industry-government collaborations drive a 3D printing revolution in Africa? A triple helix model of technological leapfrogging in additive manufacturing