Human Health
“The marriage of engineering and information technology to biological sciences and medicine has enabled tremendous advances, helping improve the length and quality of human life. Artificial organs and limbs, sensors that monitor physiological functions, non-invasive imaging and miniature drug delivery systems are all examples of how engineers apply their tools and know-how to solve problems in medicine. The school’s faculty works closely with UCI School of Medicine researchers and the large number of biotech industry partners in the region to stay at the forefront of bioengineering. Research at the Samueli School centers on biomedical photonics and optoelectronics, nano- and microscale systems and device fabrication, next-generation neuroprosthetics and biomedical computational modeling.”
Advanced Manufacturing and Materials
“The development of advanced materials is critical to solving national problems in clean energy, human welfare and national security, and a strong manufacturing research and development effort is necessary for the U.S. to compete in a global economy. The Samueli School of Engineering is well poised as a technology leader in both areas. Researchers are recognized as pioneers in micro-electro-mechanical systems (MEMS) and nanotechnology, and have made groundbreaking developments in the design and construction of new materials. The school also houses RapidTech, a National Science Foundation-funded center for the development and advancement of advanced manufacturing and related technologies. “
Communications and Information Technology
“The world is becoming an increasingly connected place, not just connections among people, but between people and devices, and amid the devices themselves. Computer systems are ubiquitously embedded, and wireless communication is now a commodity. At the Samueli School of Engineering, faculty conduct leading-edge interdisciplinary research in embedded systems, emphasizing automotive, communications and medical applications; technologies for next-generation (5G) wireless systems; advanced communication algorithms and techniques for increasing capacity and reducing interference in wireless networks; and promotion technology and knowledge transfer for the benefit of the individual and society.”
Energy and Sustainability
“The push for sustainable sources of energy sits at the forefront of the nation’s scientific and engineering priorities. From new and reliable processes for electricity and alternative fuels to critical water and waste management solutions, meeting the needs of a growing world population in an environmentally sustainable way is a major challenge. The Samueli School of Engineering is a world-recognized leader in green technologies, with engineers investigating a number of energy-related topics including combustion, fuel cells, alternative fuel sources, the smart grid and electric vehicles. Researchers are also looking at the water-energy nexus for urban areas, enhancing efficient use of water resources and protecting our oceans, lakes and streams.”