With over 10 years of experience in both academia and the private sector, I have been conducting research across a wide range of fields, from agricultural production to ecosystem analysis. I am currently pursuing my doctoral studies, and my research spans from greenhouse production systems to orchards, from soil-less agriculture to green synthesis nano-fertilizer production and the effects of these products on ecosystems.

Furthermore, I develop projects aimed at making production processes closed-loop and sustainable through new algorithms I have developed in automation systems. These studies reflect not only my technical expertise but also my vision of increasing the resilience of production systems in the face of changing global ecosystems and political dynamics.

I believe that food production is not limited to feeding living species, but is also a strategic defense element that protects the political and economic independence of countries. In this regard, I advocate that agricultural production should be carried out using more professional, efficient, and sustainable methods. My goal is to achieve maximum yield with minimum resource use and to ensure environmental sustainability by reducing inputs in production.

My long-term goal is to pioneer an innovative, environmentally friendly, and science-based transformation process in agricultural production by initiating a new “green revolution” worldwide.

I am open to any communication for collaboration, project development, or networking purposes; I would like to note that I will respond as soon as possible.