In support of innovation and the development of practical, implementable solutions, students at the Arab Academy for Science, Technology & Maritime Transport – Alexandria Branch – presented a series of groundbreaking senior graduation projects that mark a significant leap forward in the fields of environmental sustainability, smart agriculture, and clean energy.
The first project, titled “Smart Solar Waste Compactor,” aims to develop an intelligent device that compresses plastic waste in various institutions—such as schools, hospitals, and factories—using solar energy as its sole power source.
Key Features:
This project offers a practical solution to plastic pollution, promotes the circular economy, and incentivizes institutions to sort their waste while generating financial returns.
The second project is a fully integrated solar-powered agricultural robot, the second of its kind in the region, co-funded by the Arab Academy and Egyptian businessman and industrialist Eng. Ahmed Abu Hashima.
Designed to address labor shortages—especially in challenging environments like desert and clay soils—the robot performs a wide range of farming tasks with high precision.
Specifications and Technologies:
This project represents a major advancement in digital agriculture, offering cost-effective, high-yield solutions while ensuring environmental sustainability and resource efficiency.
These projects reflect the Academy’s strategic commitment to empowering students to transform theoretical knowledge into real-world applications that serve society and the environment—while enhancing the competitiveness of technical education in Egypt.
The student teams emphasized that these prototypes are ready for real-world deployment and can be scaled across various institutions and farms. This is especially relevant amid growing demand for locally developed, low-cost, high-efficiency technological solutions to address pressing environmental and agricultural challenges.
