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.

A two-day, simulation-based surgical training at ADN CoE focused on recognizing, managing, and preventing complications during minimally invasive urologic procedures through hands-on simulation and crisis management scenarios.

A two-day immersive, simulation-based program designed to advance urologists’ skills in flexible ureteroscopy and laser lithotripsy with expert-guided hands-on practice.

A two-day immersive, simulation-based training designed to advance urologists’ skills in interventional oncology, focusing on ablation and targeted therapy techniques with expert-guided hands-on practice.

A two-day, simulation-based urology training at ADN CoE focused on Neo-Constructive Bladder Surgery, combining hands-on robotic and laparoscopic practice with expert guidance for mastering complex bladder reconstruction techniques.

A two-day, simulation-based surgical training at ADN CoE designed to enhance technical mastery and precision in advanced laparoscopic urologic procedures through step-by-step practice, anatomical modeling, and expert-guided simulation.

A two-day, simulation-based laparoscopic renal surgery program focused on mastering advanced dissection, vascular control, suturing, and procedural workflows for kidney-preserving and extirpative operations.

A two-day, simulation-based program at ADN CoE designed to enhance surgical skills and decision-making in pelvic floor and continence surgery.

A two-day, simulation-based prostate fusion biopsy program focused on mastering MRI-ultrasound fusion techniques, targeting accuracy, and clinical workflow optimization for advanced prostate cancer diagnostics.

A high-fidelity simulation-based training designed to enhance surgical precision and reconstructive skills in bladder surgery through immersive, hands-on practice and expert-guided learning.

A two-day, simulation-based workshop at ADN CoE designed to enhance recognition, prevention, and management of intraoperative complications in robotic and laparoscopic urology.

Two days of immersive, simulation-based training to master advanced laparoscopic pelvic surgery, including dissection, reconstruction, and complication management.

A two-day, simulation-based laparoscopic urology program focused on mastering advanced dissection, suturing, and procedural strategies for complex minimally invasive urologic surgery.

Two days of immersive, simulation-based training focused on mastering AI-enhanced imaging, MRI–ultrasound fusion biopsy techniques, and robotic surgical planning in modern urologic practice.

Two days of hands-on simulation to master robotic console operation, docking, and fundamental instrument skills for safe and efficient robotic surgery.

A two-day, simulation-based program at ADN CoE designed to enhance precision in image-guided prostate biopsy and fusion techniques for accurate cancer diagnosis.

A two-day, simulation-based surgical training at ADN CoE focused on mastering robotic partial nephrectomy through step-by-step procedural simulations, anatomical modeling, and real-case discussions for enhanced precision and surgical outcomes.

A two-day simulation-based summit designed to provide immersive hands-on experience in core and advanced interventional urology procedures using high-fidelity simulators and expert-guided procedural training.

A two-day, simulation-based program at ADN CoE designed to build foundational skills and instrument mastery in endoscopic urology procedures.

A two-day, simulation-based urology training at ADN CoE focused on mastering percutaneous access and drainage techniques, combining hands-on practice with expert guidance for safe and effective intervention.

A two-day, simulation-based uro-oncology training focused on mastering robotic and laparoscopic techniques for the diagnosis, resection, and perioperative management of upper tract urothelial tumors.

A two-day simulation-based program focused on mastering laparoscopic ureter reconstruction techniques through hands-on practice, anatomical modeling, and expert-guided procedural training.

Two days of immersive, simulation-based training to master robotic pyeloplasty and ureteral reconstruction, emphasizing precision dissection, suturing, and complication management.

Two days of simulation-based training focused on mastering diagnostic cystoscopy, bladder tumor assessment, and safe, efficient TURB techniques.

Two days of immersive, simulation-based training to master robotic radical prostatectomy and pelvic lymphadenectomy, focusing on precision dissection, reconstruction, and complication management.

A two-day simulation-based program focused on mastering urethral reconstruction and anastomotic techniques through hands-on practice, anatomical modeling, and expert-guided procedural training.

Two days of simulation-based foundational training covering essential laparoscopic skills and introductory robotic surgery techniques in an EBLUS-style structured format.