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HARARE, Zimbabwe — The 13th Zimbabwe International Research Symposium, held at the Harare International Conference Centre (HICC), highlighted ground-breaking robotics projects developed by students, aimed at addressing critical challenges in the country. Among the innovations presented were a landmine detection clawbot, a driverless automated combined harvester, and a construction robot designed for infrastructure maintenance.
One of the standout projects, the Clawbot developed by Tynwald High students, aims to tackle the longstanding issue of landmines along Zimbabwe’s borders. These hidden dangers have claimed numerous lives, both human and animal, since the post-colonial era. The clawbot is designed to detect and facilitate the safe removal and disposal of these mines, significantly enhancing safety in affected regions.
Another notable innovation is the automated combined harvester, a multipurpose, driverless machine that utilizes GPS technology to navigate fields. This remote-controlled robot promises to improve agricultural efficiency, allowing farmers to operate machinery without being physically present, thereby optimising their resources.
Additionally, the students introduced a construction robot capable of automatically detecting structural cracks. Powered by solar energy, this robot can elevate its arms to transport materials across different levels, streamlining construction processes and enhancing safety on-site.
The symposium, held under the Education 5.0 framework, emphasises the integration of education, research, and innovation. It serves as a vital platform for young scientists to showcase their work and engage with industry leaders, policymakers, and international researchers. The projects presented reflect the potential of Zimbabwean youth to contribute solutions to pressing national issues through innovative technology.
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