With over a decade of experience in Surgical Practice and Healthcare, and drawing on a robust educational background, including an MBBS from the prestigious Madras Medical College and a Master's in General Surgery, I apply a research-oriented, evidence-based approach to improve patient outcomes.

My clinical expertise is further strengthened by a Fellowship in Minimal Access Surgery, a certification in Robotic Surgery, and a postgraduate degree in Clinical Research from Harvard. This unique combination ensures that my practice is grounded in the latest innovative methodologies. I have participated in over 3,000 minimally invasive procedures across various disciplines, such as
HepatoPancreatoBiliary, Hernia, and Colorectal Surgery. Additionally, I had the distinct opportunity to closely observe the Da Vinci 5 in operation during its pilot phases in the United States. My commitment is to minimize postoperative recovery time while maximizing the effectiveness of every surgical intervention, ultimately shaping the future of minimally invasive surgery.

I am an Associate Fellow of the American College of Surgeons, a member of the American
Society of Colon and Rectal Surgeons, and the Society of American Gastrointestinal and
Endoscopic Surgeons. I presented my abstract in the "Emerging Technologies" session, which focused on funding and collaboration opportunities, at the prestigious SAGES conference held in Montreal, Canada, in 2023. This conference highlighted the latest promising technologies involving artificial intelligence, laparoscopy, and robotics.

I am also the founder of "SurgeOmniQ-X," an entry-level startup that focuses on using cutting-edge technologies, including artificial intelligence and advanced optical imagery, to enable surgical robots to achieve superior surgical outcomes. The guiding principle of my surgical practice is "Maximum Precision using Minimally Invasive Techniques." I am a strong advocate for the ethical and safe use of artificial intelligence to advance surgery and to foster disruptive innovations that enhance clinical outcomes.