The mission of the Center is to address problems associated with the manufacture and behavior of composites and composite structures. The scope includes the training of graduate and undergraduate students from chemical, mechanical and materials engineering through sponsored research projects. Personnel within the Center provide a range of expertise that includes postdoctoral associates and research…
Tag: Engineering and Technology
Over the years, the FCCCHR has developed a set of standards for backflow prevention assemblies and a number of products and services designed to help water utilities, health agencies, plumbing inspectors, private contractors, engineers and the general public in their cross-connection control efforts. In the following pages you will find information on the various products,…
MAGICS center develops computational materials science software. Materials simulations using our software are validated using ultrafast x-ray-laser and ultrafast electron diffraction experiments at Stanford. Simulation and experimental data from the MAGICS center are also distributed through the Materials Project at Berkeley Lab.
The mission of the Core Center of Excellence in Nano Imaging (CNI) is to promote and advance the science and application of research tools for imaging, visualization, and analysis of nano- through meso-scale features and structures, both man-made and natural, including biological structures.
Mental health is a major societal challenge. Engineering technologies have the potential to improve diagnosis, intervention, and treatment of mental illness. In the Viterbi School of Engineering, a growing number of faculty are exploring research relevant to mental health.
Center for Systems and Software Engineering studies the relationship between systems, software, and users.
The Center for Systems and Control at the University of Southern California (CSC@USC) brings together students, postdocs, visitors, and faculty from across different departments within the Viterbi School of Engineering. The overall goal of the center is to increase the strength and visibility of the systems and control program by continuing the long tradition and…
The Center for Smart Omni-Functional Textiles (SOFT) aims to innovate next-generation smart textiles that can chemically, optically, and electrically respond to various environmental stimuli. These types of smart textiles can be used for a variety of applications including wearable sensors that can be used to detect bodily functions, performance enhancement fabrics that can harness energy…
The mission of Center for Intelligent Environments (CENTIENTS) is to facilitate a broad, far-reaching conversation and research about how to design, introduce, and oversee user-centered solutions in ways that make environments not only more supportive of organizational goals but also safer, healthier, more humane, and capable of producing joy and well-being in the humans that…
Engineer biological-electronic hybrid systems at the sub-cellular scale that enable closed-loop, multi-modal control of individual cells within complex tissues.