Interventional Urology
Robotic Cystectomy & Neo-bladder Formation
A two-day, simulation-based surgical training at ADN CoE focused on mastering robotic cystectomy and intracorporeal neo-bladder formation through step-by-step procedural simulations, anatomical modeling, and expert-guided hands-on practice.

Training Overview
Robotic Cystectomy & Neo-bladder Formation Training is an advanced, simulation-based surgical program designed for urologists, surgical fellows, and robotic surgery teams seeking to refine their technical skills and procedural understanding of robot-assisted radical cystectomy and urinary diversion. This two-day course integrates theoretical learning with high-fidelity, hands-on simulation to ensure comprehensive mastery of one of the most complex reconstructive urologic surgeries.
The program begins with foundational sessions on pelvic anatomy, oncologic principles, and robotic instrumentation setup specific to cystectomy and intracorporeal neo-bladder reconstruction. Participants study step-by-step procedural workflows, including urethral dissection, lymph node dissection, bowel segment isolation, and neo-bladder configuration.
In the simulation lab, attendees engage in full procedural rehearsals using advanced robotic simulation platforms and 3D anatomical models that replicate intraoperative conditions. Guided by expert faculty, participants practice suturing, anastomosis, and neo-bladder pouch creation techniques to develop precision and efficiency. Interactive video-based reviews and live faculty demonstrations complement simulation sessions, allowing for performance assessment and skill refinement.
The course also emphasizes complication prevention, intraoperative troubleshooting, and post-surgical functional outcome optimization. Faculty-led discussions cover patient selection, perioperative management, and long-term continence and renal function outcomes following robotic cystectomy and urinary diversion.
By the end of the training, participants will have achieved enhanced technical proficiency, procedural fluency, and surgical confidence in performing robotic cystectomy and intracorporeal neo-bladder reconstruction in clinical settings.
Target Audience
Urologists
Robotic and Laparoscopic Surgeons
Urologic Oncology Fellows
Surgical Residents in Advanced Urology
Operating Room Nurses and Technicians specializing in robotic surgery
Clinical Educators and Simulation Trainers
Training Specifics
Training Name: Robotic Cystectomy & Neo-bladder Formation Training
Duration: 2 full days
Language: English
Simulation Lab: Robotic surgery simulation modules for cystectomy, bowel reconstruction, and anastomosis techniques
Assessment Type: Practical Evaluation & Quiz
Certificate: Certificate of Completion & CME Credits
Venue: ADN CoE Training, Research Center & Core Lab
Additional Benefits
Hands-On Simulation: Perform robotic cystectomy and neo-bladder reconstruction on high-fidelity surgical simulators and 3D models.
Step-by-Step Surgical Practice: Refine dissection, suturing, and anastomosis skills through structured simulation exercises.
Complication Management: Learn intraoperative troubleshooting and complication prevention strategies.
Faculty Mentorship: Receive personalized feedback from leading experts in robotic urologic surgery.
Workflow Optimization: Understand the ergonomic, technical, and procedural nuances of complex robotic reconstructive surgery.
Outcome-Based Learning: Review postoperative outcomes and functional assessments to inform clinical decision-making.
Networking Opportunities: Connect with peers and mentors in robotic urologic oncology and reconstructive surgery.
Key Benefits
Comprehensive understanding of robotic cystectomy and intracorporeal neo-bladder formation techniques.
Improved technical precision and workflow efficiency in complex robotic procedures.
Enhanced ability to manage intraoperative challenges through immersive simulation practice.
Strengthened team coordination and communication in robotic surgical settings.
Increased surgical confidence and patient safety through structured, simulation-based training.
Ethical and Educational Standards
All ADN CoE training programs are designed in compliance with ethical, animal-free, and environmentally responsible education policies, ensuring clinical excellence and sustainability. For inquiries regarding accreditation or ethical compliance, contact trainings@adncoe.com.
Logistics and Additional Information
Transfer Services
Participants using ADN CoE accommodation and transfer options should adhere to the scheduled pick-up and drop-off times, which were shared before the training.
International Participants
Ensure your passport and visa are valid before travel. For invitation letters or official documentation, contact trainings@adncoe.com
