As the Chief Technology Officer at Oncosoft, I lead the development of AI-driven software that makes radiotherapy safer, more precise, and adaptive. A specialist in computer vision and machine learning, I turn cutting-edge research into regulatory-ready clinical tools.
Prior to Oncosoft, I was CTO of Kai Health, delivering AI solutions for personalized fertility care, and Chief AI Officer at ROKIT Healthcare. At ROKIT, I created an AI-enabled 3D-bioprinting platform that helped secure more than $1 billion in long-term contracts for personalized-medicine devices. Earlier in my career, I refined user-centric design as a UX researcher at Samsung Electronics and explored augmented-reality interfaces during my doctoral studies.
My scholarship includes a flagship CVPR paper on generating 3D bio-printable wound patches for diabetic-foot-ulcer treatment and an ICME paper advancing neural RGB-D surface reconstruction. I earned my PhD in Computer Science and Engineering from Seoul National University and my MS and BS degrees in Electrical and Computer Engineering from Carnegie Mellon University.
I have authored numerous peer-reviewed papers and hold multiple U.S. patents. I am committed to creating a real-world clinical impact, which is why I collaborate closely with radiation oncologists and global cloud providers to ensure that every line of code improves patient outcomes.
Prior to Oncosoft, I was CTO of Kai Health, delivering AI solutions for personalized fertility care, and Chief AI Officer at ROKIT Healthcare. At ROKIT, I created an AI-enabled 3D-bioprinting platform that helped secure more than $1 billion in long-term contracts for personalized-medicine devices. Earlier in my career, I refined user-centric design as a UX researcher at Samsung Electronics and explored augmented-reality interfaces during my doctoral studies.
My scholarship includes a flagship CVPR paper on generating 3D bio-printable wound patches for diabetic-foot-ulcer treatment and an ICME paper advancing neural RGB-D surface reconstruction. I earned my PhD in Computer Science and Engineering from Seoul National University and my MS and BS degrees in Electrical and Computer Engineering from Carnegie Mellon University.
I have authored numerous peer-reviewed papers and hold multiple U.S. patents. I am committed to creating a real-world clinical impact, which is why I collaborate closely with radiation oncologists and global cloud providers to ensure that every line of code improves patient outcomes.
