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

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.

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

This advanced masterclass focuses on HoLEP and ThuLEP techniques through real clinical cases and live surgical observation. It aims to strengthen participants’ understanding of patient selection, enucleation strategy, complication management, and procedural decision-making.

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 endourology training at ADN CoE focused on mastering Percutaneous Nephrolithotomy (PCNL) techniques, combining hands-on procedural practice with expert-guided instruction for safe and effective kidney stone management.

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 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.

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.