To know what a biomedical device is and to understand its role in the different phases of physiotherapeutic intervention.

To identify the main types of biomedical devices used in physiotherapy according to their function: measurement, monitoring, diagnosis, therapy, assistance, and rehabilitation.

To understand the basic criteria for the classification of medical devices according to risk, as well as the main regulatory models (FDA and CE marking).

To recognize the main biomedical signals used in the field of physiotherapy and the devices used for their acquisition.

To understand the clinical use of measurement and monitoring devices in patient follow-up.

To know the basic concepts of human gait analysis and to interpret the main biomechanical parameters obtained.

To identify the most common therapy devices used in physiotherapy, including stimulation and neuromodulation systems, and to understand their basic principles of operation.

To understand the role of orthoses, prostheses, and exoskeletons as assistance and rehabilitation devices, according to the clinical context and therapeutic purpose.

 To recognize the clinical applications of exoskeletons and virtual environments in functional and neuromotor rehabilitation.

To know the basic principles of neuroprostheses and brain–computer interfaces (BCI) in the context of rehabilitation.

To identify the most common materials and technologies used in orthoprosthetics, including basic notions of additive manufacturing and prototyping applied to rehabilitation devices (3D printing).

To understand the importance of patient adherence to treatment and the role of biomedical technologies in achieving functional recovery goals.

To develop basic clinical judgment for the selection and appropriate use of biomedical devices according to patient needs.