| Defines the fundamental concepts of prosthetic science, the causes of lower extremity amputations, and level-specific classifications. |
| Explains the different types of prostheses used according to amputation levels, including components (socket, joints, foot) and suspension systems. |
| Plans appropriate prosthetic designs for lower extremity amputation levels and performs the assembly of prosthetic components. |
| Performs the necessary static and dynamic alignments in prosthetic applications to improve the patient’s gait efficiency. |
| Compares different prosthetic designs and component technologies according to their technical features and patient needs. |
| Analyzes mechanical, biomechanical, and skin-related problems arising from lower extremity prosthesis use and distinguishes their causes. |
| Develops a comprehensive prosthetic application strategy in clinical cases by synthesizing the amputation level, activity level, and lifestyle of the patient. |