Center for Interface
Science and Engineering

The key mission of the Center for Interface Science and Engineering (CISE) is to pursue a multidisciplinary approach by bringing world-class expertise, experience, and knowledge bases of leading-edge scientists and engineers together to resolve some of the most challenging friction, wear, and lubrication problems that compromise efficiency, reliability, and environmental compatibility of all moving mechanical systems in transportation (including EVs), the oil and gas industry, machining and manufacturing operations, aerospace, biomedical, and numerous other cross-cutting industrial operations. CISE develops and uses advanced computational methods, AI, and ML to predict and optimize performance at the length scales ranging from nano to macro. The cutting-edge theoretical and experimental research capabilities of CISE will support the steady advancement of interface science and engineering for the development of the most efficient and durable mechanical systems. Our center will also provide an excellent forum for workforce development and synergistic outreach activities involving joint appointments, staff/student exchange programs (both nationally and internationally), as well as hands-on training opportunities on the science and engineering of moving mechanical systems. CISE will work very closely with key stakeholders in industry, academia, and state and federal agencies through jointly funded research programs involving materials, coatings, lubricants, and surface engineering and texturing maximizing energy efficiency, durability, and environmental compatibility in support of a sustainable future. 
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Leveraging our vast expertise and experience in surface and interface design and engineering, our vision is to become a globally recognized leader in applying computationally guided interface science to advanced mechanical systems with the ultimate goal of overcoming friction, wear, and other interfacial challenges that hamper the smooth, safe, and efficient operation of such systems. By scientifically studying molecular-level interactions between surfaces, lubricants, and operating environments, we strive to develop highly optimized interfaces that deliver flawless functionality in end applications. We work very closely with our stakeholders to fully understand their application needs and provide engineering solutions that maximize their productivity through scientific discoveries and engineering innovations.