My academic journey brings together two worlds, computer science and molecular biology, allowing me to approach technology with a research mindset and biology with an engineer’s logic. As an undergraduate at Bilkent University, majoring in Computer Science and minoring in Molecular Biology and Genetics, I’ve developed a strong foundation in both software systems and computational analysis.

I’m deeply intrigued by the emerging field of organoid intelligence, where living neural tissues are integrated with computational systems to create biocomputing models. The idea that lab-grown brain organoids could process information, learn from inputs, and even complement traditional AI models inspires me to explore how software, data, and biology can converge. This area reflects the ultimate fusion of neuroscience, bioengineering, and computer science, a space where understanding biological complexity could redefine what it means for a system to think.

I am also deeply fascinated by the convergence of AI and the fashion industry, viewing the global supply chain as a complex, living ecosystem. Just as biological systems adapt to their environment, I am interested in how computer vision and generative models can mirror these processes—predicting trends, optimizing logistics, and creating sustainable innovations. My curiosity drives me to explore how high-dimensional data in fashion can be decoded through the same algorithmic precision used in life sciences.

I value collaboration, precision, and continuous growth and I’m always open to opportunities where computation, biology, and innovation meet.

Areas of Interest: Organoid Intelligence, Fashion AI & Computer Vision, Artificial Intelligence, Software Engineering, Computational Biology.