My Journey: From Physics to Clinical AI
Dr. Daya Shankar bridges the worlds of engineering physics and healthcare innovation, applying rigorous first-principles thinking to solve critical clinical challenges. Beginning with a PhD in mechanical engineering and working in Nuclear Thermal Hydraulics where he mastered computational fluid dynamics, Dr. Shankar has built a distinguished career strategically applying this deep technical expertise to revolutionize medical diagnostics and improve clinical workflows.
A New Challenge: The Burden of Clinical Documentation
His initial work resulted in pioneering cardiovascular diagnostic technologies that apply mathematical principles to analyze blood flow and enhance medical imaging accuracy. While these technologies transformed a specific diagnostic field, Dr. Shankar identified a more universal challenge burdening all healthcare professionals: the hours lost deciphering complex patient documents and the administrative overload that leads to clinician burnout.
The Solution: Introducing VaidyaAI
To address this crucial pain point, he founded VaidyaAI. VaidyaAI is an advanced clinical co-pilot designed to restore time and clarity to the practice of medicine. Leveraging state-of-the-art AI language models and intelligent OCR, the platform instantly analyzes medical documents—from prescriptions to complex lab reports—providing concise summaries, explaining jargon, and serving as an interactive knowledge base for clinicians.
Vision and Leadership
As Dean of the School of Sciences and Co-Chairperson of the Centre of Excellence for Technology and Public Policy, Dr. Shankar continues to lead teams developing next-generation medical technologies. His mission is to empower the medical community through education and innovation, demonstrated by his intensive workshops that have trained hundreds of physicians in applying computational approaches to solve real-world clinical problems.
Whether by modeling fluid dynamics for cardiac imaging or analyzing clinical text with AI, Dr. Shankar's focus remains singular: to leverage deep scientific principles to augment clinical intelligence, reduce physician burnout, and ultimately improve patient outcomes worldwide.