Biomedical engineering applies engineering principles and technologies to medicine. It focuses on designing medical equipment, prosthetics, devices for diagnosis and therapy. The discipline uses electrical and electronic engineering to build biomedical devices and designs prosthetics and orthotics. Biomedical engineering has provided many advances in medicine over the years, from improving hospital equipment to creating prosthetics that allow people who have lost body parts to be mobile again. The document discusses changing the curriculum for biomedical engineering students to include more elective courses in rehabilitation engineering and clinical engineering to provide a better education and allow graduates to implement new technologies to help disabled people.