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Daniel Lee

Executive Vice President at Samsung Research and Tisch University Professor at Cornell Tech

Professional Background

Dr. Daniel Dongyuel Lee is a prominent figure in the fields of Electrical and Computer Engineering and Physics, currently holding the esteemed position of Tisch University Professor at Cornell Tech and serving as the Executive Vice President for Samsung Research. His leadership and innovative research have made significant contributions to autonomous systems and biological computation.

Before his tenure at Cornell Tech, Dr. Lee was the UPS Foundation Chair Professor in the School of Engineering and Applied Science at the University of Pennsylvania. During his time at Penn, he cultivated a dynamic research environment, focusing on understanding computational principles in biological systems and applying those insights to develop autonomous systems that could mimic nature's efficiency and adaptability.

In addition to his professorship, Dr. Lee has held notable positions in some of the world's leading research institutions and technology companies. His previous roles include Senior Technical Consultant at Facebook, where he brought his expertise in computational sciences to enhance the company’s technological developments. Additionally, his time at Bell Labs as a researcher in Theoretical Physics and Biological Computation departments is particularly notable, as he explored cutting-edge research that bridges physics and computational biology.

Dr. Lee's extensive experience in academia and industry places him at the forefront of research innovations in both electrical engineering and applied sciences. His research not only examines foundational principles but also translates them into effective solutions in engineering applications.

Education and Achievements

Dr. Lee's academic credentials are as impressive as his professional achievements. He obtained a Bachelor’s Degree in Physics from Harvard University, graduating summa cum laude, which showcases not only his academic excellence but also his passion for the sciences from an early age. He pursued further education at the Massachusetts Institute of Technology, where he earned his Ph.D. in Condensed Matter and Materials Physics, contributing to the understanding of complex physical phenomena with his groundbreaking research.

Throughout his illustrious career, Dr. Lee has earned a plethora of accolades that highlight his exceptional contributions to the scientific community. He is recognized as a Fellow of both the IEEE (Institute of Electrical and Electronics Engineers) and the AAAI (Association for the Advancement of Artificial Intelligence), emphasizing his influence and leadership in these critical areas of technology and research. Furthermore, the National Science Foundation awarded him the prestigious CAREER award, which supports early-career faculty members who exemplify the role of teacher-scholars. His commitment to education was further acknowledged when he received the Lindback Award for Distinguished Teaching—an accolade that underscores his ability to inspire and educate the next generation of engineers and scientists.

Dr. Lee's influence extends beyond the borders of the United States. He served as a fellow at the Hebrew University Institute of Advanced Studies in Jerusalem, where he collaborated with global experts on pushing the boundaries of scientific knowledge. His affiliations also include the Korea Advanced Institute of Science and Technology, filling the roles of mentor and educator beyond his primary institutions.

Moreover, Dr. Lee's organizational abilities are exemplified by his role in coordinating prestigious conferences and symposiums. Notably, he organized the US-Japan National Academy of Engineering Frontiers of Engineering symposium, fostering collaboration between the two nations to discuss emerging engineering challenges and innovations. Additionally, he has played a significant role in the Neural Information Processing Systems (NeurIPS) conference, one of the most renowned conferences focusing on machine learning and computational neuroscience, further establishing his significance in the academic community.

Achievements

Dr. Daniel Lee has made remarkable strides in the fields of electrical engineering and applied sciences, with an impressive portfolio of research and contributions that have shaped contemporary understanding in these areas. His group's work primarily focuses on deciphering general computational principles in biological systems—an area that seeks to understand how living organisms process information and adapt to their environments. This research not only fosters knowledge but also paves the way for the development of innovative autonomous systems that can learn from and adapt to their surroundings.

In collaboration with his peers, Dr. Lee has published various papers and scientific articles that share insights into his research findings, contributing to the wider body of knowledge within the fields of engineering and applied physics. These publications serve as essential resources for other researchers, students, and industry professionals looking to build upon his work.

His career reflects a continued commitment to advancing technology and education in engineering, with each role he has undertaken contributing to his overall mission of connecting theories from biological systems to practical applications in engineering disciplines. Dr. Lee's impressive background, combined with his innovative thinking and collaborative spirit, positions him as a leading authority within his field, ensuring that he will remain a pivotal figure in the advancement of electrical and computer engineering.

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Daniel Lee
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Location

New York, New York