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Mechatronics in agriculture for building a sustainable economy in Africa.
Ayorinde, Thomas Adedayo Jamiru, Tamba Le Roux, Peet F
Ayorinde, Thomas Adedayo
Jamiru, Tamba
Le Roux, Peet F
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Abstract
Integrating mechatronics into agriculture(Agritronics)offers a significant opportunity to promote sustainable economic growth in Africa. It intergrates mechanical systems, electronics, and intelligent control to improves agricultural productivity, enhances resource use, and supports environmental sustainability. Its uses cover the entire agricultural value chain, including GPS-assisted land preparation, precision planting, automated post-harvest processing, and climate-resilient agricultural practices. Ag-IoT technology implementation platforms such as Arduino Uno, ESP32, and Raspberry Pi facilitates the scalable introduction of smart technologies for various agricultural settings, from smallholder farms to larger commercial operations. As Africa aims to secure food supply, minimize post-harvest losses, and explore new value chains, mechatronics plays a crucial role in the modernization of agriculture. Nonetheless, the effective adoption of these technologies relies on collaborative efforts among governments, educational institutions, private sector stakeholders, and rural communities. Targeted investments in infrastructure, technical education, innovation ecosystems, and supportive policies are vital to fully harness mechatronics to create a resilient and inclusive agricultural economy throughout the continent.
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Date
2025-08-31
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Galileo Institute of Technology and Education of the Amazon (ITEGAM)
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Keywords
Mechatronicsin agriculture, Agritronics, Ag-IoT technology, Smart farming, Sustainable agriculture
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Attribution-NonCommercial-ShareAlike 4.0 International