Robotic and Minimally Invasive Surgery Residency

• Must possess an MD or equivalent medical degree
• Completion of General Surgery Residency or equivalent surgical training
• Board eligibility or board certification in General Surgery preferred
• Curriculum Vitae (CV) required
• Personal statement required
• Letters of recommendation required
• Surgical case logs may be required
• ECFMG certification required for IMGs
• Demonstrated interest in robotic and minimally invasive surgery preferred
• Strong operative skills and academic performance preferred

• The Robotic and Minimally Invasive Surgery training opportunities at NYU Grossman School of Medicine are designed to prepare surgeons for modern surgical practice through advanced education in robotic-assisted and minimally invasive procedures. NYU Langone Health is recognized internationally for innovation in surgical technology, robotic systems, simulation-based education, and advanced operative techniques.
• The program emphasizes the use of cutting-edge robotic surgical platforms and minimally invasive approaches across multiple surgical specialties. Fellows and advanced surgical trainees gain extensive exposure to robotic procedures involving gastrointestinal surgery, bariatric surgery, colorectal surgery, hepatobiliary surgery, thoracic surgery, urology, gynecology, and complex abdominal operations.
• Training takes place across major clinical sites within NYU Langone Health, including Tisch Hospital, Kimmel Pavilion, and affiliated surgical centers. These facilities perform a high volume of robotic and minimally invasive procedures, providing trainees with extensive operative experience and exposure to complex surgical cases.
• A major strength of the program is its integration with the Institute for Innovations in Medical Education and advanced simulation facilities. Fellows participate in robotic simulation training, procedural laboratories, surgical skills workshops, cadaveric training sessions, virtual reality surgical education, and technology-enhanced operative preparation programs.
• Clinical training includes robotic-assisted gastrointestinal surgery, advanced laparoscopic hernia repair, bariatric surgery, foregut surgery, colorectal surgery, minimally invasive cancer surgery, image-guided surgical procedures, and complex abdominal reconstructions. Trainees progressively develop operative autonomy while working closely with experienced robotic surgeons.
• The curriculum focuses on patient selection, perioperative management, operative planning, robotic system setup, troubleshooting, surgical ergonomics, advanced instrument control, minimally invasive techniques, and postoperative care. Training also emphasizes patient safety, surgical quality improvement, and evidence-based surgical decision-making.
• Research and innovation play important roles within the program. Trainees may participate in robotic surgery outcomes research, surgical simulation studies, artificial intelligence applications in surgery, medical device development, healthcare technology innovation, and minimally invasive surgical research projects. Faculty mentorship supports academic productivity and professional development.
• Educational activities include multidisciplinary conferences, surgical grand rounds, robotic surgery workshops, simulation exercises, journal clubs, case reviews, quality improvement meetings, and national surgical society participation. Fellows learn from nationally recognized experts who contribute significantly to advancements in robotic and minimally invasive surgery.
• Graduates of the program pursue careers in academic surgery, minimally invasive surgery programs, robotic surgery leadership positions, advanced gastrointestinal surgery, bariatric surgery, colorectal surgery, and surgical innovation centers. The fellowship prepares surgeons for leadership roles in technology-driven modern surgical practice.

Step 1:

Complete an MD or equivalent medical degree from a recognized medical school.

Step 2:

Successfully complete an accredited General Surgery Residency Program or equivalent surgical training.

Step 3:

Prepare required application materials:

• Curriculum Vitae (CV)
• Personal statement
• Letters of recommendation
• Surgical training records
• Operative case logs (if required)
• ECFMG certificate (for IMGs)

Step 4:

Apply directly through the fellowship program or institutional application process.

Step 5:

Applications are reviewed by fellowship leadership and selection committees.

Step 6:

Qualified applicants receive interview invitations.

Step 7:

Participate in interviews with faculty members and program directors.

Step 8:

Final selection decisions are made based on academic performance, surgical experience, research background, and interview performance.

Step 9:

Selected candidates complete credentialing and onboarding requirements.

Step 10:

Begin fellowship training according to the academic schedule.