Working to redefine the boundaries of what's possible in materials science, Ozgur Keles serves as an Assistant Professor at San Jose State University. He stands at the forefront of integrating artificial intelligence into materials engineering, bringing a pioneering approach to discovering new materials. His strong academic background in Metallurgical and Materials Engineering was built through degrees earned at Middle East Technical University in Turkey and Purdue University in the United States, setting the stage for his innovative work combining AI with high-throughput methodologies.
Dr. Keles's research delves deeply into the intricate relationships between how materials are processed, their resulting structure, the properties they exhibit, and how they can be designed for specific uses. He leads exciting projects like developing machine learning tools to enhance high-throughput structure control, aiming to truly revolutionize how materials are conceived and optimized. He's also exploring hierarchical toughening, particularly in quantum dot composites, which holds significant promise for boosting material durability and performance.
In addition to fundamental research, Dr. Keles is actively engaged with critical contemporary challenges. He's leading efforts in data-driven recycling planning, seeking to create more efficient and environmentally friendly processes for material reuse, aligning his work with global sustainability goals. His commitment to education is equally strong, as he explores innovative ways to train future engineers through immersive virtual reality experiences, making complex concepts more accessible and engaging.
The significance and potential impact of Dr. Keles's work are clearly recognized, attracting substantial support from prestigious organizations. His research endeavors have received funding from key bodies such as the National Science Foundation (NSF), the National Endowment for the Arts (NEA), and the Department of Energy (DOE). This backing underscores the value and forward-looking nature of his contributions to the field of materials engineering.
At San Jose State University, Dr. Keles fosters an active and dynamic research group. This team is passionately dedicated to pushing the boundaries of what is currently understood and achievable in materials science. Together, they continuously investigate innovative techniques and approaches, making valuable contributions that advance both knowledge and technology within the field.
Through his multifaceted work, Dr. Keles is not only deepening our understanding of materials engineering but also inspiring the next generation of scientists and engineers. He encourages them to think creatively and embrace the vast possibilities offered by emerging technologies. His contributions are helping to pave the way for a future where materials can be designed with unprecedented precision and functionality, addressing some of the most pressing technological and sustainability challenges we face.
San Jose State University's Materials Science and Engineering department provides a thorough education in the fundamental principles linking material structure, properties, processing, and performance. The program adopts a practical, hands-on methodology, incorporating significant laboratory work and research experiences to equip students with essential real-world skills. Offering both Bachelor of Science and Master of Science degrees in Materials Engineering, the department prepares graduates for successful careers across various high-tech sectors. Located in Silicon Valley, the program is ideally positioned to connect students with opportunities in aerospace, electronics, energy, manufacturing, and other industries driving technological progress.
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SJSU's total enrollment was 35,751 in fall 2022, including nearly 8,900 graduate and credential students. SJSU's student population is one of the most ethnically diverse in the nation. As of fall 2022, graduate student enrollment, Asian, and international student enrollments at SJSU were the highest of any campus in the CSU system.
