• Natural Solutions for a Manmade Problem

    UVA chemical engineering professor Bryan Berger and his lab are researching environmentally friendly methods to remove toxic chemicals from water and soil

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  • Two Named to the Editorial Board of Cell Systems

  • Biomedical Data Sciences and Systems Biology: UVA Invests in the Future

    Data science is defining the field of biomedical engineering

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  • Building Bridges to Beat Cancer

    UVA chemical engineer, Matt Lazzara, convenes multidisciplinary, multi-institutional team to design combination therapy for pancreatic cancer

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  • Chair's Letter: Biomedical Data Science is Defining the Field of Health Care

    For BME departments, it's a call to action

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  • How We Can Empower Biomedical Engineers to Combat Superbugs

    The curricula of the future will emphasizing cell and molecular biology, linear algebra, statistics, systems modeling, and machine learning. By positioning the future biomedical engineering leaders to harness data science and machine learning, we can slow down antibiotic resistance.

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  • Reacting To History

  • UVA Engineering to Receive $33 Million from The Tech Talent Investment Program

    Governor Northam announces plans to graduate 31,000 Virginia students in computer science, boosting the tech talent pipeline. The University of Virginia will receive about $33 million from The Tech Talent Investment Program over the next 20 years to support more than 3,000 degrees in computer science.

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  • Student Spotlight - Victor Shen (MAE '24)

  • Largest-Ever Gift to UVA Engineering will Support Teaching and Research Excellence

    Endowments Will Support Faculty Recruitment and Retention, Ph.D. Fellowships and Strategic Initiatives

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  • What History Tells Us About Keeping Pedestrians Safe

    Engineering and Society associate professor Peter Norton offers a historical perspective on how to reverse the rise in pedestrian fatalities in an in-depth story by Arizona Public Media.

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  • How Does Information Encoded in Your DNA Increase the Risk of Heart Disease and Diabetes?

    Bioinformatics Applied to Gene Expression

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