
This study aims to overcome the limitations of classical turbulence models by combining the laws of physics with data-driven methods to investigate complex flow...
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Our university's Artificial Intelligence mission aims to conduct pioneering work in the field of artificial intelligence by encouraging academic research, innovative applications, and interdisciplinary collaborations. By supporting the production of scientific knowledge, we aim to create an accessible and sustainable AI ecosystem for students, academics, and industry stakeholders.
Our university's Artificial Intelligence vision aims to support students and faculty in adapting to the demands of the digital age by encouraging the effective use of AI in education. By enhancing the quality of education through AI-powered learning environments, intelligent assistants, and data-driven educational solutions, we aim to be a center that strengthens our students' analytical thinking, problem-solving, and innovative approach development skills.
You can send us all your questions and problems regarding Artificial Intelligence Services via the Solution Center e-mail address.
solutioncenter@ozyegin.edu.tr
Dear Student, Would you like to step into the world of Artificial Intelligence, gain experience in real projects, and improve yourself? 🎯 Join our Artificial Intelligence team intern, part-time or part-time By working as a , you can get a strong start to your career and take part in innovative projects that shape the future of our university! If you'd like to be a part of this exciting team, you can contact us at the address below.
ai-team@ozyegin.edu.tr
info@ozyegin.edu.tr
+90 (216) 564 9000
You can send us all your questions and problems regarding Artificial Intelligence Services via the Solution Center e-mail address.
solutioncenter@ozyegin.edu.tr

This study aims to overcome the limitations of classical turbulence models by combining the laws of physics with data-driven methods to investigate complex flow...

This study aims to overcome the limitations of classical turbulence models by combining the laws of physics with data-driven methods to investigate complex flow...

Özyeğin University, supported by the European Union and CONNECT-NM (Coordination of the European Research Community on Nuclear Materials for Energy Innovation)...

This study aims to overcome the limitations of classical turbulence models by combining the laws of physics with data-driven methods to investigate complex flow...

The project, developed for post-earthquake search and rescue, is an integrated design of communication, detection and coordination in multi-drone systems, enabling UAVs to self-pilot...

This study aims to develop adaptive motion models based on lifelong learning for quadruped robots to move more flexibly and reliably in field operations.

This project aims to reduce the workload and fatigue of surgeons during long operations, the most basic but time-consuming surgical...

Mehmet Burçin Ünlü Prof., Dean of the Faculty of Engineering, Faculty of Aviation and Space Sciences DeeP-MaRS: Artificial Intelligence-Assisted Biological Weapon Detection Platform...

Başak Ozan Özparlak Assistant Professor Faculty of Law **ENSURE-6G: The Evolution of Security and Privacy in 6G Networks** The ENSURE-6G project is a project focused on Communication Networks, Cyber...
You can send us all your questions and problems regarding Artificial Intelligence Services via the Solution Center e-mail address.
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