Representing one of the most creative and fast developing disciplines in modern healthcare, biomedical engineering sits at the amazing junction of engineering principles and medical sciences. Combining engineering's methodologies for problem-solving with biological and medical sciences, this multidisciplinary discipline advances human health and welfare. From complex imaging systems and robotic surgical equipment to artificial organs and advanced prosthesis, biomedical engineers seek to create innovative medical technology. Fundamentally, biomedical engineering uses engineering ideas to address difficult medical and biological challenges. These experts have to have a special combination of knowledge from mechanical engineering, electrical engineering, computer science, biology, and medicine among other fields. From constructing novel medical gadgets and developing creative diagnostic tools to building complex software for medical imaging or engineering tissue for transplants, they could work on projects spanning from Many innovative medical developments including artificial joints, cardiac pacemakers, dialysis equipment, and magnetic resonance imaging (MRI) scanners have...