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The Hammer MillThe Hammer Mill, demonstrated practically, was developed by Dr. Eric Amoah Asante and Mr. Alexander Bediako in the Agricultural and Biosystems Engineering Department. It is designed for efficient size reduction of materials and is commonly used in the production of poultry feed. |
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The Cocopeat Milling MachineThe Cocopeat Milling Machine showcased through a video demonstration, was developed by Dr. Eric Amoah Asante in the Agricultural and Biosystems Engineering Department. This machine is used to process cocopeat, a vital substrate for growing vegetables in greenhouses, ensuring optimal quality and efficiency in the cultivation process. |
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The Grass Cutting MachineThe Grass Cutting Machine, presented through a practical demonstration, was developed by Dr. Eric Amoah Asante, Mr. Joseph Aveyire, and Michael Adusei-Bonsu in the Agricultural and Biosystems Engineering Department. This machine is designed for efficiently cutting grass, which is then used as feed for farm animals, enhancing the management and productivity of livestock operations. |
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The Solar PV Powered Institutional CookerThe Solar PV Powered Institutional Cooker, demonstrated practically, was developed by Dr. Richard Opoku in the Mechanical Engineering Department. This innovative cooker utilizes solar photovoltaic technology to efficiently prepare meals for large groups, making it ideal for institutions or events serving over 500 people. |
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The Tensile Testing Machine
The Tensile Testing Machine, showcased through a practical demonstration, was developed by Dr. YAK Fiagbe in the Mechanical Engineering Department. This machine is designed to assess the strength and durability of various materials by applying tensile stress, making it essential for quality control and material research in industrial applications. |
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The Cocoa Pod Splitting MachineThe Cocoa Pod Splitting Machine, presented through a practical demonstration, was developed by Prof. P.Y. Andoh in the Mechanical Engineering Department. This machine is designed to efficiently split cocoa pods, streamlining the process of extracting cocoa beans for further processing.
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The Gari FryerThe Gari Fryer, demonstrated practically, was developed by Prof. P.Y. Andoh in the Mechanical Engineering Department. This machine is designed for efficiently frying gari, a popular cassava-based food product, making it ideal for large-scale production and processing.
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The Road Marking MachineThe Road Marking Machine, presented through a practical demonstration, was developed by Dr. YAK Fiagbe in the Mechanical Engineering Department. This machine is designed for accurately applying road markings, ensuring clear and durable lines on road surfaces for traffic management and safety. |
The AI-Powered Plant Disease DetectorThe AI-Powered Plant Disease Detector, showcased through a software demonstration, was developed by Prof. J.J. Kponyo in the RAIL department. This innovative tool uses artificial intelligence to accurately identify and diagnose plant diseases, facilitating timely intervention and improving crop health management. |
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AI System for Detecting Rare Diseases Among ChildrenThe AI System for Detecting Rare Diseases Among Children, demonstrated through software, was developed by Prof. J.J. Kponyo in the RAIL department. This advanced system leverages artificial intelligence to identify rare and complex diseases in children, enhancing early diagnosis and treatment for improved health outcomes. |
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FACETS Framework for Quantitatively Measuring Responsible AIThe FACETS Framework for Quantitatively Measuring Responsible AI, demonstrated through software, was developed by Prof. J.J. Kponyo in the RAIL department. This framework provides a structured approach to assess and ensure responsible AI practices, helping organizations evaluate ethical considerations and performance metrics in AI systems. |