Shockwave Physics for Lithotripsy is a foundational course designed to help urologists, ESWL operators, technicians, and biomedical professionals understand how shockwaves are generated, transmitted, and focused during extracorporeal shock wave lithotripsy. Rather than treating shockwaves as a black box, this course explains the core physics that directly influence stone fragmentation, tissue interaction, and treatment outcomes.

The course covers key concepts such as shockwave generation technologies, energy profiles, pressure curves, cavitation effects, focal zone dynamics, and the relationship between frequency, power, and biological response. Complex physics principles are broken down into simple, clinically relevant explanations, making them easy to apply in daily ESWL practice.

By the end of this course, learners will have a solid conceptual framework to understand why protocol choices matter, how machine settings influence results, and how physics-based principles support safer, more effective lithotripsy. This course serves as an essential stepping stone before advancing to personalized ramping strategies, imaging-guided SWL, and clinical scenario–based protocols.