This book provides a detailed overview of a range of simulation models that have been developed which are applicable to urology. Chapters feature critical analysis of techniques including synthetic bench top models, computer-assisted virtual reality and box simulators. Furthermore, details of best practice, the latest innovations and guidance on how to select potential low-cost options is provided, enabling the reader to systematically develop a thorough understanding of the subject.

Practical Simulation in Urology is a comprehensive resource that critically analyses the latest simulation techniques that are applicable in urology, making it an ideal resource for the practicing and trainee urologist seeking an up-to-date overview on the subject.

<p>History of Simulation in Urology

Surgical Education and Learning Theory
Role of a Surgeon as an Educator.-  Proficiency-Based Progression Simulation Training; Shortening the learning curve
Importance of e-learning
Proficiency and Competency Assessment in training.- Procedural Training Simulators
Basic Laparoscopic skills training
Advanced Laparoscopic Simulation
Cystoscopy and Ureteroscopy Simulation
Simulation for Benign Prostatic Conditions
PCNL simulation
Simulation in Female Urology
Simulation in penoscrotology  (circumcision, SPC, catheterisation, Priapism)
Simulation in Advanced Open Urology(Ileal conduit, ureteric reimplantation).- Low-cost simulations in urology
Learning Non-technical skills through Simulation
Basic Robotic Skills Training
Procedural Robotic Skills Training
Validated training curricula in Robotic Urology
Importance of a TTT Course.-Debriefing and Feedback.- Costs in surgical training, does it outweigh to the benefits?.-Standardisation of Training.- Role of Immersive Technology in Urological Simulation.- Role of 3D technology in simulation.- Simulation in Paediatric Urology.- Developing and Designing a Course</p><p></p>