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.

In fields where dry farming is practiced, fallowing is common. The project aims to narrow fallow areas by introducing alternative production such as black cumin, cumin, sesame, and thyme. This initiative is intended to provide economic returns, implement crop rotation for its positive outcomes, increase the income level, quality of life, and welfare of the local population, and achieve high income from limited land.

Numerous projects are being supported in partnership with producer organizations such as Chambers of Agriculture, Cooperatives, etc., with the aim of increasing shared machinery usage among farmers in the region, enhancing agricultural mechanization, and facilitating farmers' access to modern agricultural machinery.

Through this project, the objectives are to enable beekeepers to produce their own queen bees to obtain higher quality and quantity of products, to contribute to their income by cultivating alternative bee products such as royal jelly, pollen, and propolis alongside honey, and to strengthen the organizational structure so that they can have a say in the market regarding the cultivation and marketing of bee products.

The Konya Metropolitan Municipality established a glass greenhouse of approximately 400 m² within the Konya Science Center. With the aim of evaluating this greenhouse, it was decided to research the use of our Hydrogen Combi Systems, which we produce and export using local and national resources, in greenhouses with the support of GES, to calculate costs, and to implement a pilot greenhouse application. Within the scope of the project, the glass greenhouse has been equipped with a HID+GES+RES heating system.

Through this project, it is aimed to record unexpected meteorological events, which have accelerated particularly in recent years due to climate change, and to establish a necessary database for analyzing the new climate structure. This initiative intends to minimize production losses caused by climate events such as frost, excessive rainfall, drought, etc., during the production processes of all producers.