Dr. Santosh Suresh is a distinguished imaging scientist and engineer with over a decade of specialized experience in real-time image processing, computer vision, and advanced algorithm development. As a Principal Image Processing Engineer at Auris Health Inc., he leads cutting-edge initiatives in medical imaging technologies that are revolutionizing minimally invasive diagnostics and treatment.
Dr. Suresh earned his Ph.D. in Imaging Science from Rochester Institute of Technology, where his groundbreaking research on multi-channel image analysis for solar dynamics established his reputation as an innovative problem-solver. His academic foundation, combined with experience at prestigious organizations including Pixar Animation Studios, Walt Disney Animation Studios, and Intel Corporation, has shaped his unique approach to complex imaging challenges.
At Auris Health, Dr. Suresh spearheads the development of sophisticated endoscopic imaging solutions, designing bit-accurate ISP models for FPGA implementation and creating auto light and exposure gain control systems that maintain exceptional video quality for surgeons. His contributions were instrumental in the successful launch of Auris Health's robotics platform for lung cancer detection, which has significantly advanced diagnostic capabilities in pulmonology.
Previously at GEO Semiconductor, he pioneered HDR solutions and automatic flicker detection/correction algorithms that improved automotive safety imaging systems, boosting the accuracy of pedestrian and lane detection by 40% in challenging lighting environments. His work at Karl Storz Endoscopy focused on real-time color image processing algorithms for medical endoscopic cameras, enhancing diagnostic precision for clinicians.
Dr. Suresh's expertise spans multiple imaging modalities including Clear Pixel, RGB-IR, and flicker mitigation technologies. His proficiency in MATLAB, Python, C/C++, and OpenCV enables him to develop sophisticated solutions for complex imaging problems. As a contributor to IEEE P2020 standards for automotive image quality and an NSF research grant recipient, he continues to advance the field through both practical applications and academic contributions.
Recognized among the top 5% of earners in his field, Dr. Suresh combines technical excellence with practical implementation skills to develop imaging technologies that transform medical diagnostics, enhance automotive safety, and advance scientific understanding.