Minimally invasive reconstruction of the upper urinary tract has established itself as one of the pillars of modern urology, driven by advances in robotic surgery, the increasing complexity of cases referred to specialized centers, and the need to preserve renal function. The incorporation of advanced reconstructive techniques, combined with the use of imaging technologies and robotic platforms, has enabled more precise, safe, and reproducible approaches, leading to better functional outcomes and lower morbidity for patients.

The Recontech Ureter course : Hands-on in robotic ureteroplasties, pyeloplasties, and complex urethral reconstructions, to be held July 20–26, 2026, was designed to meet this growing demand by offering urologists in-depth training that integrates strategic fundamentals, advanced reconstructive techniques, and the management of complex situations. The course aims to equip participants with skills ranging from a detailed understanding of applied surgical anatomy, the pathophysiology of obstructions, and advanced diagnostic evaluation, to the precise execution of key robotic reconstructive techniques.

The theoretical curriculum systematically covers procedures such as segmental robotic pyeloplasty, ureteral reimplantation, psoas hitch, Boari flap, ureterocalicostomy, transureterostomy, and ureteroplasty with oral mucosa graft, as well as the structured management of intra- and postoperative complications and the critical analysis of complex cases. The content is guided by principles of evidence-based decision-making, surgical safety, and preservation of renal function.

Hands-on activities are a central component of the course, including the performance of robotic pyeloplasty and ureterovesical reimplantation on live models, as well as intensive training in suturing and anastomosis using high-fidelity laparoscopic and robotic simulators. The analysis of videos of complex cases complements the training, fostering surgical reasoning and strategic planning in highly complex scenarios.

Scolla offers a facility fully equipped for advanced surgical simulation and robotic training, providing an immersive and highly specialized experience. This course has established itself as a leading training program for urologists seeking technical excellence in minimally invasive reconstruction of the upper urinary tract, combining innovation, safety, and superior functional outcomes to meet the growing demands of the specialty.

Sincerely,
Course Coordination