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1-Explain the fundamental biomechanical principles governing transfemoral prosthetic function and gait.
2-Identify the main components of transfemoral prostheses and describe their mechanical functions.
3-Analyze the effects of alignment, socket design, and component selection on stability, gait, and energy expenditure.
4-Evaluate common biomechanical problems in transfemoral prosthetic users and identify appropriate corrective strategies.
5-Apply biomechanical principles to support appropriate prosthetic assessment, alignment, and functional optimization.