Nigeria’s agriculture sector stands at a crossroads defined by urgency and opportunity. For decades, the country has grappled with low productivity, post-harvest losses, and heavy dependence on food imports despite vast arable land and a large farming population. At the heart of this paradox lies a persistent mechanisation gap, limited access to modern tools, and weak integration of technology across the value chain.
Increasingly, however, the conversation is shifting from constraints to solutions, and at the centre of that shift is the National Agency for Science and Engineering Infrastructure (NASENI), whose expanding portfolio of agricultural technologies is beginning to reshape the narrative around food security.
The mechanisation deficit in Nigeria is both structural and historical. A large proportion of farmers still rely on manual tools, limiting the scale and efficiency of production. Mechanised farming remains out of reach for many smallholder farmers due to high costs, poor maintenance culture, and the collapse of earlier tractor schemes.
This gap has had cascading effects on yields, labour productivity, and ultimately national food supply. Recognising this, NASENI has positioned itself not merely as a technology developer but as a systems integrator, working to bridge the disconnection between innovation and real-world agricultural practice.
One of the Agency’s most visible interventions in this space is the Tractor Recovery Project under the National Assets Restoration Programme. In a country where thousands of tractors procured over the years had fallen into disuse, NASENI’s initiative to refurbish and redeploy these assets marks a practical response to a longstanding problem.
The commissioning of over 375 revitalised tractors in Borno State as well as refurbishing of about 600 more in Niger State signaled more than a symbolic effort; it represented a scalable model for restoring mechanisation capacity without the prohibitive costs of new imports. The initiative is seen as a strategic move to boost mechanised farming, reduce food insecurity, and stimulate rural economies by returning idle equipment to productive use.
Beyond tractors, NASENI’s approach to agricultural mechanisation reflects a broader philosophy centred on local production and accessibility. Through partnerships with private sector players, including collaborations aimed at assembling affordable mini tractors, the Agency is working to ensure that mechanisation is not limited to large-scale farms but extends to smallholder farmers who form the backbone of Nigeria’s agricultural system.
This focus on affordability is critical in a context where the cost of imported machinery often places modern farming tools out of reach for the majority of farmers. NASENI’s interventions extend beyond primary production into irrigation and climate resilience, areas that are increasingly central to sustainable agriculture. The “Irrigate Nigeria” project, currently in advanced stages, represents a bold attempt to transform farming cycles by enabling year-round cultivation.
Traditionally, many Nigerian farmers depend on a single rainy season harvest, a limitation that constrains output and exposes the sector to climate variability. By introducing modern irrigation systems and promoting dry-season farming, NASENI aims to enable up to three harvests annually, significantly increasing productivity and stabilizing food supply.
Another project that has taken root at the Agricultural Machinery and Equipment Development Institute (AMEDI) is the Hydroponics farming (greenhouse or Soilless) in Lafia, Nasarawa State, demonstrating the viability of controlled irrigation systems under local conditions. This project provides empirical evidence for scaling and helps address one of the persistent challenges in agricultural innovation in Nigeria: the gap between pilot success and widespread adoption.
Complementing irrigation systems are NASENI’s solar-powered technologies (Solar Irrigation Pump Machines), which tackle another major constraint in rural agriculture—energy access. The introduction of solar irrigation pumps is particularly significant, as it offers a sustainable alternative to petrol-powered systems that are costly to operate and environmentally unsustainable.
These pumps have been presented at the highest levels of policy engagement, including the National Economic Council (NEC), where their adoption has been endorsed as part of broader efforts to strengthen food security. By reducing operational costs and increasing efficiency, such technologies not only enhance productivity but also improve farmers’ incomes and resilience.
NASENI’s technology solutions are not confined to production alone; they also address post-harvest challenges, which account for substantial losses across Nigeria’s agricultural value chains. While detailed national statistics on losses vary, the consensus remains that inadequate processing, storage, and transportation infrastructure significantly reduce the volume of food that reaches markets. NASENI’s emphasis on locally manufactured processing tools and equipment is therefore a critical component of its strategy.
The Agency’s development of farming and processing technologies is anchored in its network of specialised Development Institutes across the country, each focusing on different aspects of engineering and industrial innovation. In Agricultural sector, it has manufactured and produced the following agricultural machines and equipment: Smart Irrigation Pump Machine, Unmanned Aerial Vehicles for spraying of Pesticides and Herbicides, integrated cassava processing plant, table top seed oil mill for extracting oil from seeds like groundnut, cashew, palm kernel; deep water well pumps and centrifugal pumps for irrigation purposes, and Bagaruwa seed processing equipment for extracting tanning chemical for local tanning industries;
Others are: Mobile cassava grater, rotary dryer and Cassava chipping machine for Garri processing, Solar dryer, mobile fish smoker, Yam pounding machine, Pepper Grinding Plate, Tomato Paste and Orange/mango Juice processing plant, Local Jeep Mini Tractor, Farm tractor implements, Animal Drawn Ground Metered Mechanism Boom Sprayer, Trailing Plough, Cereal mixing machine, Herbal Dryer, Dual Powered Egg incubator, Throwing wheel, Smoke House, Cabinet Solar Food Dryer-Model 1 (CSFD-1), Fish Dryer,
The rest include: Multi-Grain Thresher (MGT-1&2), Cabinet Food Solar Dryer (CFSD-2) Smokehouse (Model 2), Rice Threshing Machine, Magami Multi-Grain Thresher, Combine Rice miller and De-stoner, Dual Purpose Portable Harvester/Weeder Machine, Sesame Thresher, modified Mobile Cassava Greater Powered with Single Cylinder 4-Stroke Engine, Rice Polishing Machine, Rice Milling Machine, AMT-P Rice parboiling system, Rice De-hulling machine and Rice drying machine.
In agriculture, this translates into tools that support not just cultivation but also processing and value addition, thereby reducing waste and increasing the shelf life of produce. The impact of these interventions on yields and productivity is gradually becoming evident, particularly in areas where mechanisation and irrigation technologies have been deployed.
The potential to move from a single harvest to multiple farming cycles represents a significant leap in output capacity. Similarly, the restoration of tractors and introduction of affordable machinery enable farmers to cultivate larger areas with greater efficiency, directly influencing yield levels.
The broader contribution of NASENI’s work to food security lies in its systemic approach. Rather than focusing on isolated interventions, the Agency addresses multiple points along the agricultural value chain, from production and irrigation to processing and distribution. This integrated model aligns with global best practices in agricultural development, which emphasise the importance of value chain optimisation in achieving sustainable food systems.
The Agency’s emphasis on local manufacturing has broader economic implications. By producing agricultural equipment within Nigeria, NASENI not only reduces dependence on imports but also creates jobs and builds industrial capacity. This aligns with the broader national objective of economic diversification and industrialisation, positioning agriculture as both a driver of food security and a catalyst for economic growth.
By focusing on practical solutions that address real-world constraints, the Agency is redefining the role of technology in agriculture, moving it from a peripheral consideration to a central driver of transformation. In a country where agriculture remains a critical sector for employment and economic stability, the importance of such interventions cannot be overstated.
NASENI’s work demonstrates that with the right combination of technology, policy support, and stakeholder engagement, it is possible to unlock the full potential of Nigeria’s agricultural sector. As these initiatives continue to evolve, their ultimate success will be measured not only by the technologies developed but by their impact on farmers’ livelihoods and the nation’s food system.
The story of NASENI’s agricultural innovations is, at its core, a story of possibility—of how targeted technological interventions can address deep-rooted challenges and create pathways for sustainable development. NASENI agricultural interventions and technologies are transforming farming practices, the impact of these innovations are already taking shape. And as Nigeria continues to navigate the complexities of food production in the twenty-first century, such innovations offer a compelling blueprint for the future.