- info@roboticurologyacademy.com
- Istanbul Turkiye
Structured education in robot-assisted radical cystectomy, pelvic lymph node dissection and urinary diversion.
The course can cover patient selection, pelvic anatomy, bladder removal, lymphadenectomy, specimen management, urinary reconstruction and postoperative care. Depending on format, activities may include lectures, surgical videos, case discussions, simulation, dry lab and selected tissue-based training.
Typical scheduled duration
Procedure complexity
Ileal conduit • Neobladder
Theory • Video • Simulation • Lab
A robotic radical cystectomy course is an advanced procedure-specific educational program covering the clinical, oncological and technical principles of robot-assisted bladder removal.
The curriculum can extend from staging and multidisciplinary planning to ureteral dissection, bladder mobilization, pelvic lymph node dissection, specimen management, urinary diversion, intracorporeal reconstruction and postoperative management.
Because robotic radical cystectomy is complex, introductory and advanced courses should have different eligibility criteria. Advanced practical and reconstructive courses may require prior robotic simulation, dry lab, console or pelvic robotic surgery experience.
Robotic surgery training is a structured educational experience designed to develop the technical knowledge, coordination and procedural skills required for robot-assisted surgery.
The aim is to help participants understand robotic systems, improve console skills and practise essential surgical steps in a controlled educational environment without performing procedures on patients.
Patient selection, imaging, pathology, neoadjuvant treatment, nutritional preparation, stoma planning and ERAS.
Pelvic anatomy, ureteral dissection, bladder mobilization, pedicle control and lymphadenectomy.
Diversion selection, intracorporeal techniques, bowel/ureteral suturing and postoperative management.
Case-based discussions can show how oncological, physiological and reconstructive factors influence the final plan.
Radical cystectomy affects several organ systems and requires coordinated preoperative planning.
Ureters, iliac vessels, obturator nerve, pelvic sidewall, bladder pedicles, prostate/seminal vesicles or female pelvic organs, rectum, pelvic floor, lymphatics and bowel anatomy.
Robotic system positioning, table setup, Trendelenburg, pressure protection, anesthesia access, bedside assistant access, bowel instruments, stapling, specimen retrieval and emergency undocking.
Cystectomy port strategy must account not only for pelvic dissection but also for lymphadenectomy, specimen handling and urinary reconstruction.
Ureter identification, periureteral tissue preservation, distal dissection, vascular supply, division, proximal management, marking, frozen-section principles and ischemia prevention.
Posterior plane development, rectal protection, bladder pedicle exposure, vascular control, energy/clip use, lateral dissection, traction and avoidance of tumor violation.
Prostate and seminal vesicle management, urethral division, DVC, neurovascular considerations, rectal protection, urethral margin principles and specimen completion.
Ureteral dissection, uterine/ovarian management, anterior vaginal wall, urethral management, selected organ-sparing strategies, pelvic floor and vaginal reconstruction.
Standard and extended templates, external/internal/common iliac and obturator dissection, ureter/obturator nerve protection, vascular injury prevention and specimen labeling.
Completion of mobilization, urethral division, containment, tumor-spillage avoidance, bagging, lymph-node packet organization, extraction planning and pathology orientation.
Reconstruction is a major educational component and may be stratified by participant level.
Bowel-segment selection, division, restoration of continuity, conduit orientation, mesenteric considerations, ureteral preparation, ureteroenteric anastomosis, stents and stoma principles.
Advanced topics may include bowel selection, detubularization, posterior plate, reservoir configuration, urethral and ureteroenteric anastomosis, stents and leak prevention.
Spatulation, tissue alignment, needle positioning, running/interrupted sutures, tension control, stenting, ischemia prevention and leak prevention.
The course may review bowel reconstruction principles while making clear that it does not replace formal gastrointestinal surgical training or institutional supervision.
Multiport remains the principal platform in most training pathways; Single-Port cystectomy is advanced and less widely available.
Enhanced recovery, pain/fluid management, mobilization, diet progression, stoma/drain/stent management, thrombosis and infection prevention, renal monitoring and discharge planning.
Hemorrhage, vascular or rectal injury, ureteral ischemia, strictures, urinary leak, bowel injury, ileus, anastomotic leak, infection, lymphocele, VTE, renal impairment, stoma and metabolic complications.
Patient selection, anatomy, step-by-step cystectomy, lymph node dissection, diversion, surgical videos and complication management.
Needle handling, intracorporeal suturing, tubular anastomosis, ureteroenteric anastomosis, bowel-reconstruction principles and defect closure.
Selected dissection, energy, suturing, anastomosis and bowel/urinary reconstruction tasks.
Lectures, surgical videos, case discussions, simulation and selected laboratory activities.
Hands-on participation takes place in a controlled, non-clinical training environment. Participants do not perform radical cystectomy on patients.
The exact duration and curriculum should be stated on the scheduled course page.
Lectures, surgical videos and case discussions focused on selected cystectomy stages.
Theoretical education plus suturing or ureteroenteric anastomosis exercises.
Broader education in cystectomy, lymphadenectomy, diversion and selected practical exercises.
Lectures, video review, simulation, repeated reconstruction exercises and selected tissue-based activities.
Patient selection, pelvic anatomy, OR setup, procedural sequence, lymph-node dissection principles and diversion options.
Pelvic dissection, vascular control, advanced suturing, ureteroenteric anastomosis, ileal conduit principles and complication prevention.
Complex pelvic surgery, intracorporeal diversion, neobladder construction, advanced reconstruction, challenging cases and complication management.
A course may be combined with a separately arranged observership.
International participants should review course language, participant level, experience requirements, platform, practical components, dates and included services.
A certificate of participation or attendance may be provided.
Review confirmed course dates, faculty, venue, participant level, robotic platform, curriculum and practical activities.
Confirmed schedule and course location.
Named faculty and intended participant level.
Simulation, reconstruction exercises and laboratory activities clearly stated.
Tell us about your professional background, previous robotic surgery experience, preferred platform and available dates.
Our team will provide information about suitable scheduled or requested course opportunities.