Leading to Improved Health and Enhanced Quality of Life

As medicine progresses toward personalization and early diagnosis and detection, there is an urgent need for engineering approaches to rationally design medicines and medical devices. Our researchers are stimulating new ways of combining skills and disciplines at the interface between medicine, science, engineering, and policy. We have strengths in multiscale biomaterials, biosensors and medical devices, functional imaging, bioinformatics, biomechanics, drug delivery and nanovaccines, tissue/cellular engineering, and human factors/rehabilitation engineering. These strengths are being harnessed to provide a unique foundation for developing novel interdisciplinary programs and advancing global solutions to address grand challenges identified by the national academies.

Focus Area Expertise and Infrastructure

Our engineering departments, research centers and institutes provide expertise and research infrastructure support for the focus areas listed below.

Designing micro/nano biosensors, lab-on-a-chip devices, and biomedical devices for rapid, cost-effective, and accurate detection and screening various diseases, and creating specific targeted therapies for point-of-care diagnosis and global health applications.

Application of computational fluid dynamics and molecular dynamics, large-scale gene sequencing, data mining and machine learning, and virtual reality for diagnosis and treatment of injury and disease.

Designing workplace and consumer items to reduce occupational injury and hazards, and improve human performance. Application of ergonomics in engineered products and processes from research and development to clinical practice.

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