19/5/2026
In line with Kafrelsheikh University’s commitment to supporting student innovation and enhancing the role of scientific research in addressing contemporary challenges, Prof. Yahya Zakaria Eid, President of the University, attends the discussion of a graduation project presented by fourth-year students from the Department of Educational Technology and Computer Science at the Faculty of Specific Education. The project, entitled “Carbon Emissions and Green Transition”, is implemented by Team “Afaq” as an innovative student model that combines modern technology with a sustainable environmental vision.
During the meeting, Prof. Yahya Zakaria Eid affirms that the university pays great attention to student projects linked to societal issues and future challenges — especially those contributing to the Egyptian state’s efforts in sustainable development, green transformation, and confronting climate change. He praises the scientific and technical level of the project and what it reflects in terms of awareness and the ability to employ technology in the service of the environment and humanity.
He adds that green transformation is no longer an option but a global necessity, and universities have a pivotal role in preparing generations capable of addressing environmental and climate challenges through scientific research and innovation. He expresses pride that the sons and daughters of Kafrelsheikh University are contributing through their ideas and projects to provide realistic solutions that support this direction.
The students explain that the project originated from one of the most serious environmental issues facing the world today — the continuous increase in carbon emissions and its resulting rise in temperatures, deterioration of air quality, and multiple negative effects on public health and the environment. The team sought to provide a practical model based on smart technology to monitor and improve operational environments more efficiently.
The project is based on the design of an integrated intelligent system for environmental control aimed at monitoring environmental factors, reducing energy consumption, and increasing operational efficiency. This is achieved through an advanced electronic control panel that combines ease of use with high precision performance.
The project components include specialized meters and sensors to measure carbon emission rates, temperature, and humidity levels. It is also equipped with advanced alarm and protection systems to ensure the highest levels of safety during operation. The system offers multiple control methods, including direct manual operation or through a smart remote that allows easy and fast management, operation, and disconnection of various devices.
The project is distinguished by its ability to operate cooling and environmental control systems in a smart and organized manner, contributing to reducing waste, improving energy consumption efficiency, and minimizing harmful environmental impacts. This step reflects the growing role of modern technology in supporting paths toward green transformation and sustainability.
The work team notes that the project is not limited to being an electronic model or a traditional control system, but represents an awareness message confirming that technology can become one of the most important tools for environmental protection when properly utilized. It also opens the door for future applications in educational and industrial institutions, contributing to spreading a culture of sustainability and reliance on modern smart systems.
