With increasing emphasis on skilling and strengthening medical education, the Global Surgical Institute (GSI) has been launched in Bengaluru as a multi-specialty facility aimed at advancing surgical training through simulation-based learning.

The initiative comes at a time when healthcare systems are focusing on improving patient safety, surgical precision, and clinical outcomes, leading to greater attention on how surgeons are trained. GSI has been established to complement traditional methods with structured, skill-oriented training aligned with evolving global practices.

India continues to play a key role in the global medical workforce, with many Indian-trained doctors working internationally. While the conventional apprenticeship model of “see one, do one, teach one” has been central to surgical education, simulation-based learning is increasingly being integrated to enhance clinical preparedness in controlled environments.

The institute follows a five-stage training pathway that includes box trainers, virtual reality simulators, animal labs, cadaver labs, and supervised operating room exposure. This progression is intended to support gradual skill development before real-world clinical practice.

Commenting on the initiative, Dr. B S Ajaikumar, Chairman and CEO of Healthcare Global Enterprises, said, “India has a strong legacy of medical excellence and as healthcare continues to evolve, so must our approach to training. Simulation-based learning offers an opportunity to enhance surgical preparedness by allowing clinicians to refine their skills in a structured environment. Initiatives like the Global Surgical Institute aim to complement existing training systems and contribute to improved patient care outcomes and training led by a distinguished faculty of highly accomplished surgeons.”

Dr. Bhagavan B.C., Vice-Chancellor of Rajiv Gandhi University of Health Sciences (RGUHS), added, “As medical education continues to evolve it is important to adopt a balanced approach that integrates both established training methods and emerging technologies. Simulation-based learning can play a valuable role in enhancing skill development when used alongside conventional clinical training. Such initiatives contribute to strengthening the overall quality of healthcare education and ultimately benefit patient care.”

The institute reflects ongoing efforts to strengthen structured training systems and integrate new methods into surgical education while maintaining existing foundations.