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About

Dr. Zhenwen Sun is pioneering the fusion of robotics and optical coherence tomography (OCT) to solve critical challenges in forensic science and data security. His primary research areas include non-destructive imaging, automated inspection, and microsurgery, with a focus on applying robotic-OCT systems to real-world problems. Dr. Sun’s most notable contribution is the development of a robotic-arm-assisted OCT platform for the non-destructive inspection and microsurgery of monolithic storage devices (MSDs), a breakthrough that enables rapid, non-destructive data recovery for legal and business applications—a method that replaces destructive, time-consuming conventional techniques. This work has garnered 31 citations since 2023, underscoring its immediate impact. More recently, Dr. Sun introduced an object-driven OCT system for the rapid, autonomous, and ultra-large-area detection of latent fingerprints, overcoming the depth-resolved imaging and coverage limitations of traditional forensic methods. With 7 citations in 2024, this innovation promises to revolutionize crime scene investigation and biometrics. Dr. Sun’s work stands out for its interdisciplinary approach, combining engineering precision with practical forensic and data recovery needs, positioning him as a rising leader in applied optical imaging.