This project involves researching the use of Hydrogen Combi Systems, which we produce and export using domestic and national resources, in student dormitory buildings with the support of the GES, conducting cost calculations, and implementing a pilot application.

Through Training and Extension Activities aimed at field crop breeding and ensuring the efficient and sustainable use of soil and water resources in crop production, the first fully controlled breeding greenhouse in Konya province has been established at Selçuk University to strengthen educational infrastructure. The greenhouse is designed to create suitable conditions unaffected by seasonal variations, enabling multiple breeding cycles within a single year to shorten the breeding process. Additionally, the project aims to increase university students' interest in plant breeding and demonstrate modern breeding practices, agricultural techniques, and technologies.

The most important source of income in Çekerek district is agriculture and livestock farming. There is no small or large-scale industry in the district. Due to its location, the district is situated in a rural area.

Due to the lack of practical training areas and equipment in schools, and the fact that graduating students enter the job market with only theoretical knowledge, students are unable to receive adequate and qualified agricultural education. Through this project, the aim is to expose students to diverse production infrastructure, cultivate generations with the potential to contribute to the country's social and economic development as Agricultural Vocational High Schools, and transform our youth into individuals beneficial to our nation and country.

The project, implemented in the Huğlu neighborhood of Beyşehir district, established a textile workshop for the firearms industry and hunting textiles, where disadvantaged individuals in the region, where firearms production is concentrated, will work.

Through this project, the objectives are to utilize pivot irrigation—a novel method in agricultural irrigation systems—in research projects, to reduce irrigation costs over large areas, to decrease labor expenses, to ensure uniform irrigation, and to deliver water directly and effectively to the root zones of plants.