Introduction to topics and development of methods to better understand general and specific problems in biomechanics.

Introduction into the biomechanical approach to analyze the human body as a musculo-skeletal system; development of a relationship with injuries, rehabilitation and prevention from a mechanical point of view.Introduction into measuring techniques (from sensor to data analysis) used in biomechanical approaches, as well as into rigid body mechanics for special applications.

Introduction into the biomechanical approach to analyze the human body as a musculo-skeletal system; development of a relationship with injuries, rehabilitation and prevention from a mechanical point of view.

Introduction into measuring techniques (from sensor to data analysis) used in biomechanical approaches, as well as into rigid body mechanics for special applications.

The human body as a mechanical system. The muscle as an engine. Load analysis. Optimization of movements. Plasticity of muscle tissue.Mechanical properties of bone, cartilage, tendons, and ligaments and its biological response (plasticity) on mechanical load.

Mechanophysiology, Mechanobiology and modelling in biomechanics

Mechanobiology, Mechanophysiology, Prostheses, Outcome-Studies

The human body as a mechanical system. The muscle as an engine. Load analysis. Optimization of movements. Plasticity of muscle tissue.

Mechanical properties of bone, cartilage, tendons, and ligaments and its biological response (plasticity) on mechanical load.

Information about clinical and orthopedic research both from within the Laboratory for Biomechanics as well as from external institutions. Development of competence in a specific field by summarizing the relevant literature including a presentation.

Information about clinical and orthopedic research both from within the Laboratory for Biomechanics as well as from external institutions. Development of competence in a specific field by summarizing the relevant literature including a presentation.