Biomechanical engineering is a highly multidisciplinary field that integrates principles of physics (specifically mechanics), biology, and engineering to analyze and design solutions for living systems. It investigates diverse topics such as experimental and computational biomechanics, continuum mechanics, and the intricate design of medical implants and prostheses. This field uniquely applies mechanical engineering tools to understand the properties of biological materials, with research examples including computer simulations for osteoarthritis and patient-specific cranial implant evaluations. Its extensive applications span the design of medical devices, occupational and orthopedic biomechanics, cardiovascular and dental systems, tissue mechanics, and even forensic biomechanics and sports engineering. Biomechanical engineers also make significant contributions to biomaterials, tissue engineering, and biorobotics, often pursuing careers as rehabilitation engineers or biomedical device specialists.