This is the branch of Biomedical Engineering that brings the worlds of biology and electronics together. Includes the development of neural prostheses that address a range of sensory and neurological disorders, through artificial stimulation of neurons. Famous examples are the bionic ear and bionic eye, which enable functional hearing and vision respectively. Our research focuses on the development of such devices and the methods to effectively use stimulation to achieve the desired therapeutic outcome.
This refers to sensing signals from the body using a human-machine interface. The signals can range from the activity of thousands of neurons to specific chemicals present in the blood and brain. The signals can be used in medical diagnosis, to control the action of an artificial implant, or study the functioning of a healthy or diseased biological system.
Clinical engineering is a speciality within biomedical engineering responsible primarily for applying and implementing medical technology to optimize healthcare delivery. Clinical engineers assist architects in the design and layout of special systems relating to medical devices during building and renovation projects.
Coded by Teresa Marcelino