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The Fellowship in Robotic Surgery stands as an intensive and advanced training program tailored to empower surgeons with specialized expertise in harnessing robotic-assisted surgical techniques across a diverse spectrum of medical specialties. Over a duration of 12 months, this fellowship provides a comprehensive curriculum encompassing practical training, didactic education, research endeavors, and collaborative efforts across multidisciplinary teams.

Throughout the fellowship, fellows immerse themselves in a wide array of clinical experiences, mastering robotic surgical techniques across various specialties including general surgery, urology, gynecology, cardiothoracic surgery, and head and neck surgery. This encompasses procedures ranging from routine cholecystectomy to intricate prostatectomy and complex mitral valve repair, among others. Additionally, fellows engage in multidisciplinary care, collaborating closely with specialists from other disciplines for complex cases and research initiatives, thereby gaining a holistic understanding of patient management.

The didactic components of the program are equally enriching, featuring lectures, seminars, and case discussions led by experts in the field. Fellows delve into the fundamental principles of robotic surgery, robotic platforms and instrumentation, patient selection criteria, intraoperative techniques, and postoperative care protocols. Regular case reviews, multidisciplinary team meetings, and morbidity and mortality conferences further enhance their learning experience and foster a culture of continuous improvement.

Patient care remains paramount throughout the fellowship, with fellows actively involved in the preoperative evaluation, surgical planning, intraoperative execution, and postoperative management of robotic surgery patients. This comprehensive approach ensures that fellows not only develop technical proficiency but also gain expertise in providing compassionate and patient-centered care.

Evaluation of fellows is conducted through a combination of methods including direct observation, formal assessments, research progress, and reviews of patient care and interdisciplinary collaboration. Upon completion of the fellowship, graduates emerge as highly skilled and confident robotic surgeons, poised to make significant contributions to patient care, research, and innovation in the field. With a solid foundation in clinical practice, research methodologies, and multidisciplinary collaboration, they are well-equipped to advance the frontier of robotic-assisted surgery and enhance patient outcomes across diverse medical specialties.

Teaching Methods: Server-based classes

Required Backgrounds:
MBBS / MD/MS/ Equivalent

No application necessary – Enroll today


  1. Introduction to Robotic Surgery Fundamentals:
    In this module, participants will delve into the fundamental principles of robotic surgery, tracing its historical development and evolution. They will gain a comprehensive understanding of robotic surgical systems, including their setup and operation. Additionally, participants will explore the critical skills necessary for the safe and efficient practice of robotic surgery Through detailed instruction, participants will learn about the setup and functioning of robotic surgical systems.
  2. Robotic Surgical Simulation and Training
    This module provides participants with immersive hands-on experience in robotic surgical techniques. Through interactive simulation exercises, participants will refine their skills using state-of-the-art technology designed to replicate real-life surgical scenarios. The training offers a controlled environment where participants can practice robotic surgery techniques before progressing to live surgeries. 
  3. Patient Evaluation
    Patient Evaluation is a specialized training program that focuses on developing the skills and knowledge required to assess and diagnose patients effectively. This training is typically undertaken by healthcare professionals, such as physicians, nurses, and medical specialists, to become proficient in patient examination and history-taking. The primary goal of a Patient Evaluation fellowship is to equip healthcare professionals with the ability to assess patients thoroughly and determine the most appropriate diagnostic and treatment pathways. Proficiency in patient evaluation is essential for providing high-quality and patient-centered care, ultimately leading to improved healthcare outcomes and patient satisfaction.
  4. Research and Innovation in Robotic Surgery 
    In this module, participants will delve into the latest research trends and innovations within the realm of robotic surgery. They will have the opportunity to actively engage with ongoing research projects or pursue independent initiatives in the field. Additionally, participants will develop skills in critically assessing scientific literature and implementing evidence-based practices specific to robotic surgery.
  5. Ethical and Legal Aspects of Robotic SurgeryRehabilitation and Postoperative
    Rehabilitation This module delves into the ethical and legal dimensions of robotic surgery, addressing crucial considerations that practitioners encounter in this field. Participants will explore the ethical dilemmas and legal ramifications inherent in robotic surgical procedures. Additionally, the module will cover topics such as patient consent, confidentiality, and safety protocols specific to robotic surgical practice. Participants will gain a comprehensive understanding of the professional standards and regulatory guidelines governing robotic surgery procedures.
  6. And many more

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