





Robotic surgery is one of the most recent advances in the field of surgery. It offers much more than just precise movements; surgeons gain a field of view 15 times larger than that of conventional procedures.
In Brazil alone, over the past 5 years, there has been a significant 500% increase in the number of procedures recorded.
Developing skills in this area drives a surgeon’s professional growth, enabling them to perform procedures with greater precision and, as a result, provide better outcomes and recovery for their patients.
The launch of this course is a milestone for São Camilo Hospital, as it underscores the hospital’s role at the forefront of high-level medical education and the resulting enhancement of its expertise in patient care.
São Camilo Hospital
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Urologist
Urologist
Urologist
Urologist
Urologist
Urologist
General Surgeon
General Surgeon
Surgical Oncologist
Surgical Oncologist
Gastrointestinal Surgeon
Gastrointestinal Surgeon
Surgical Oncologist
Surgical Oncologist
Thoracic Surgeon
Thoracic Surgeon
Oncologist and Urologist
Oncologist and Urologist
Surgical Oncologist
Surgical Oncologist
Urologist
Urologist
Surgical Oncologist
Surgical Oncologist
Urologist
Urologist
Urologist
Urologist
Urologist
Urologist
Urologist
Urologist
Gynecologist
Gynecologist
Urologist
Urologist
Coloproctologist
Coloproctologist
Gastrointestinal Surgeon
Gastrointestinal Surgeon
Surgical Oncologist
Surgical Oncologist
Urologist
Urologist
Gastrointestinal Surgeon
Gastrointestinal Surgeon
Gastrointestinal Surgeon
Gastrointestinal Surgeon
Urologist
Urologist
Coloproctologist
Coloproctologist
Gynecologist
Gynecologist
Pediatric Surgeon
Pediatric Surgeon
Urologist
Urologist
Gynecologist
Gynecologist
Surgical Oncologist
Surgical Oncologist
Urologist
Urologist
Coloproctologist
Coloproctologist
Gynecologist
Gynecologist
Surgical Oncologist
Surgical Oncologist
Opening Remarks and Course Overview.
The certification and training process in robotic surgery.
Operation and components of the robotic platform.
Surgeon’s console, patient cart, and tower: overview.
Using the master controls, controlling the camera, and instrument control:
switching arms.
Port clutch and instrument clutch, remote center.
Docking, positioning the camera arm and mounting the cannulas, undocking.
Inserting and removing the camera and instruments + guided insertion.
Ergonomic control: repositioning the master controls.
Camera control, focus, zoom, white balance, 3D calibration, and more.
Communication among team members.
Response to emergencies and robotic platform malfunctions.
Robotic Surgery on the Abdominal Wall.
Robotic Surgery for GERD.
Robotic Bariatric Surgery.
Robotic Revision Bariatric Surgery.
Robotic Surgery in Pediatrics.
Discussion.
Adrenalectomy.
Robotic pelvic lymphadenectomy for prostate cancer.
Robotic radical prostatectomy.
Retzius-sparing prostatectomy.
Rescue radical prostatectomy.
Discussion.
The Use of Fluorescence in Cancer Surgery
Robotic pelvic lymphadenectomy
Robotic retroperitoneal lymphadenectomy
Robotic retosigmoidectomy
Robotic total mesocolon excision
Discussion
Implementation of a robotic surgery program and the current state of robotic surgery in Brazil.
Trocart placement in robotic surgery.
Energy in robotic surgery.
Technologies integrated into robotic surgery platforms.
Ergonomics and anti-ergonomics in robotic surgery.
Discussion.
Robotic hysterectomy.
Robotic myomectomy.
Robotic peritoneal endometriosis surgery.
Robotic intestinal endometriosis surgery.
Endometriosis of the urinary tract.
Discussion
Robotic radical and partial nephrectomy.
Pyeloplasty.
Radical cystectomy with intracorporeal ileal conduit.
Urethral reimplantation / Ureteral reconstruction
Management of complications in robotic urological surgery.
Discussion.
Robotic gastrectomy.
Robotic liver surgery.
Robotic splenectomy.
Robotic distal pancreatectomy.
Robotic duodenopancreatectomy.
Discussion.