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Surgical Simulation Training

Our Surgical Skills Center (SSC), under the direction of Apostolos K. Tassiopoulos, MD, was established in 2011 to provide a leading-edge training experience for all surgery residents and medical students. The SSC is an 1800-square-foot facility located at the heart of Stony Brook University Hospital, in close proximity to clinical care areas and operating room suites, providing an ideal environment for advanced surgical education.

Dr. Michael Polcino, a fourth-year resident, in Sim Center
Dr. Michael Polcino (center), a fourth-year resident, at the controls of a simulated laparoscopic procedure, with Dr. Apostolos Tassiopoulos (left) and Dr. Richard Scriven.

Our simulation curriculum focuses on the development of surgical and clinical skills early on in the training process, while the emphasis at senior levels of training is on the development of leadership skills, effective communication and collaboration, practice building skills, critical assessment of patient safety issues, and thorough understanding of systems-based problems and quality assurance issues.

Currently available training modules range from basic open skills (knot tying, suturing, intravenous access, central line and chest tube insertion) and fundamental laparoscopic skills (camera navigation, controlled cutting, transfer drills, laparoscopic suturing) to advanced open surgical skills (inguinal hernia anatomy and repair, sutured and stapled intestinal anastomosis, vascular anastomosis, arterial endarterectomy and bypass, open aortic aneurysm repair) and advanced patient care skills (advanced trauma and cardiac life support, various surgical clinical care scenarios).

Three high-end haptic virtual reality simulators are also available for training in laparoscopic advanced skills, laparoscopic cholecystectomy, laparoscopic colon resection, angiographic vascular anatomy, and a wide array of basic and advanced endovascular skills (navigation of endovascular catheters, angioplasty, stenting).

A dedicated space for a surgical wet-lab has also been created to allow for practice using animal tissue. The SSC utilizes cutting-edge audio/video technologies and software in order to maximize the utility and productivity of the activities it hosts, and to provide opportunities for performance review of, effective debriefing with, and meaningful feedback to trainees.

Watch this video (3:09 min) for an inside look at our high-tech Surgical Simulation Center.

Listen to what our trainees have to say about simulation training experience in the SSC.

Our residency program aims to train highly skilled surgeons for the 21st century.

Residents are provided with protected time each Thursday morning to participate in simulation exercises. Moreover, for two months at the beginning of the academic year, surgical residents participate in weekly “boot camp” activities, organized by training level, that are facilitated at the SSC and are designed to provide a solid foundation for developing all core competencies established by the Accreditation Council for Graduate Medical Education.

Surgical attending faculty and staff with experience in surgical simulation education are available on a daily basis for guidance with training modules and skills development.

This two-month surgical boot camp is particularly effective in providing incoming interns with a background in basic surgical skills, while giving more senior residents the opportunity to refresh previously acquired skills and gain, through simulation, an introduction to more advanced techniques, procedures, and protocols.

Surgical simulation has emerged as a training tool with enormous potential for teaching, learning, and research. Our SSC provides residents and medical students the opportunity to be a part of this rich, dynamic process, and to work collaboratively in making meaningful contributions to the field of surgical simulation education (eg, “Simulated Laparoscopic Sigmoidectomy Training: Responsiveness of Surgery Residents”).

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Resident performing simulated placement of anchors in endovascular repair of complex aortic aneurysm.