Kenyan agricultural university with applied expertise in East African aquaculture, push-pull pest management, and sustainable food system intensification for smallholder farmers.
Jomo Kenyatta University of Agriculture and Technology (JKUAT) is a Kenyan public university that contributes applied agricultural and environmental research to international consortia, bringing East African field access and regional expertise that European institutions cannot replicate on their own. Their H2020 work spans two distinct but complementary areas: sustainable aquaculture using closed water recirculation systems in the Lake Victoria basin, and large-scale deployment of push-pull pest management technology for smallholder crop farmers across East Africa. In both cases, their core contribution is implementation-side knowledge — how technologies perform under African field conditions, how to build local capacity, and how to disseminate results at scale. They function as a trusted African partner for EU-led consortia that need credible on-the-ground presence in Sub-Saharan agricultural contexts.
In VicInAqua (2016–2019), JKUAT contributed to developing closed recirculation aquaculture systems and membrane bioreactor-based water treatment for fish ponds in the Lake Victoria basin.
In UPSCALE (2020–2026), JKUAT is part of a consortium scaling push-pull technology and novel push-pull crops to improve yields for smallholder farmers across East Africa.
VicInAqua included sanitation and water reuse components linked to agriculture and aquaculture in the Lake Victoria region.
Capacity building was an explicit keyword in VicInAqua, consistent with JKUAT's university mandate to transfer knowledge to local farming and technical communities.
Renewable energy appeared among VicInAqua's keywords, suggesting involvement in energy-agriculture coupling for off-grid aquaculture or processing systems.
In their first H2020 project (2016–2019), JKUAT was anchored in water-side infrastructure: membrane bioreactors, closed recirculation aquaculture, sanitation, and water reuse — all tied to the Lake Victoria ecosystem. By 2020, their focus shifted entirely above ground to crop systems — specifically push-pull intercropping technology for pest suppression and yield improvement at multiple geographic scales. The shift is a move from engineered water systems toward field-level agronomy and large-scale dissemination, suggesting the university is positioning itself as a partner for agricultural extension and scaling initiatives rather than water technology development.
JKUAT is moving toward scaling proven agricultural technologies (push-pull) for smallholder farmers, suggesting future collaboration appetite in food system intensification and agronomy dissemination rather than infrastructure or water engineering.
JKUAT has participated exclusively as a consortium partner — never as coordinator — across both H2020 projects, indicating they prefer or are positioned as a regional implementation specialist within consortia led by European institutions. Despite only two projects, they have engaged with 28 unique partners across 13 countries, which signals they join large, multi-partner research consortia rather than bilateral partnerships. Working with them means gaining access to East African field networks, local institutional credibility, and on-the-ground dissemination channels that external partners cannot easily build independently.
From just two projects, JKUAT has built connections with 28 unique partners across 13 countries — an unusually broad network for this project count, reflecting their participation in large, geographically diverse consortia. Their network likely combines European research universities and NGOs with other African institutions sharing a Sub-Saharan regional mandate.
JKUAT is one of Kenya's flagship science and technology universities, giving it institutional credibility that enables field research access across East Africa — a region where most EU research partners have limited direct presence. Their dual track in aquaculture systems and crop pest management makes them relevant to two distinct food security challenges: water-based protein production and land-based crop intensification for smallholders. For any consortium targeting African food systems, climate adaptation in agriculture, or technology dissemination at scale in Sub-Saharan Africa, JKUAT offers what European partners structurally cannot: local legitimacy, existing community networks, and a research mandate aligned with regional food security priorities.
