Engineering students at Koforidua Technical University (KTU) have developed a machine designed to separate palm fruits from their bunches, providing a mechanised approach to a task that is traditionally carried out manually.
The innovation was showcased in a video shared by AskGhMedia on X on Thursday, October 1, 2026, highlighting the students’ efforts to apply engineering knowledge to a practical agricultural challenge.
In the demonstration, the students fed palm fruit bunches into the machine and explained the functions of its various components as the equipment carried out the separation process.
Separating palm fruits from their bunches is an important step in palm fruit processing. In Ghana, the task is commonly performed by hand or with basic tools, making it physically demanding and potentially time-consuming, particularly when dealing with large quantities.
The KTU students’ invention is intended to address this challenge by reducing the manual effort required at the initial stage of processing while potentially improving the speed of the operation.
The project also reflects efforts by technical universities in Ghana to encourage students to develop practical solutions to challenges within key sectors of the economy, including agriculture and food processing.
For the students involved, the project provided an opportunity to translate classroom-based engineering knowledge into a functional machine aimed at solving a real-world problem with potential benefits for farmers and processors.
The demonstration has attracted attention online, with social media users highlighting the creativity behind the project and the potential of locally developed technologies to support Ghana’s agricultural sector.
However, the demonstration did not provide detailed information on the machine’s processing capacity, production cost, durability or performance compared with existing commercial palm fruit processing equipment.
Further testing and technical assessment would therefore be required to determine its efficiency and suitability for large-scale commercial application.
Despite this, the project represents an example of student-led engineering innovation and highlights the potential for Ghanaian technical institutions to develop locally relevant technologies for the agricultural industry.
By: Prince Martey-Sogar.