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As new technologies for the energy sector develop, students will be equipped to adapt and evolve alongside industry changes. For example, working in hospitals with clinicians to design and implement medical devices, or in medical device companies to create next generation healthcare solutions. Your career could combine your knowledge of engineering and biology to develop technologies to improve our health. A degree in Automation and Robotics Engineering will provide you with the broad multidisciplinary knowledge and skills that industry requires of people working in robotics, automation and Industry 4.0. The Power and Clean Energy (PACE) research group is devoted to the study of integrating clean energy generation systems (i.e., solar PV, wind turbine generators, fuel cell plants etc.) into power grids. The group’s research is directed towards new optical techniques and applications in medicine and the life sciences, with emphasis on biomedical imaging (optical-coherence tomography, holography and multi-photon microscopy), optical biopsy (propagation of diffuse light in tissues), and the therapeutic use of lasers.
It is carrying out fundamental research, of international excellence in quality, by being responsive to the needs of industry, and by demonstrating and transferring technology from theory to practice. We aim to advance perception and decision-making in real-world settings, including through compact, low-cost, low-power platforms that integrate sensing and intelligence on a single chip. In the chemical domain, we develop electronic nose systems for the detection and identification of volatile compounds. The Integrated Intelligent Sensory Systems Lab (I²S² Lab) conducts research at the intersection of sensing and artificial intelligence, developing systems that perceive and interpret the physical world. Building intelligent sensors, from smart cameras lmct plus casino to electronic noses, that perceive and understand the physical world. For example, control methods are used to make sure that the temperature in our homes stays within acceptable levels in both winter and summer.
The Optical+Biomedical Engineering Laboratory (OBEL) conducts research in biomedical engineering at the interfaces of optics, photonics, biology, biotechnology, and medicine; a field often termed ‘Biomedical Optics’ or ‘Biophotonics’. Control methods are used whenever some quantity, such as temperature, altitude or speed, must be made to behave in some desirable way over time. The Department of Electrical, Electronic and Computer Engineering delves deep into the world of technology, giving students a thorough understanding of how electronics work.
