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Johns Hopkins Biomedical Engineering

Johns Hopkins team awarded funding from Bill & Melinda Gates Foundation for a noninvasive anemia test
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New AI cracks complex engineering problems faster than supercomputers
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Hopkins BME undergraduate program once again No. 1 in the nation
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Hopkins BME students go on to become leaders in industry, medicine, and science, all with a passion for solving problems.

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Undergraduate Master's PhD Faculty

The First and Best in Biomedical Discovery

  • #1
    Biomedical engineering program in U.S. according to U.S. News & World Report
  • 50+
    Startup companies founded by BME faculty and students since 2010
  • Largest
    Pre-clinical department at the Johns Hopkins School of Medicine

Hopkins BME News

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December 16, 2024
AI-written patient messages could boost innovation in clinical care, study shows
December 13, 2024
Two BME Alums Named to Forbes 30 under 30 List

Upcoming Events

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Mar 31
Inaugural Professorial Lecture: Alexis Battle
4:30 pm - 5:30 pm
Apr 21
Inaugural Professorial Lecture: Sri Sarma
4:30 pm - 5:30 pm
First-year biomedical engineering students work in teams to model the cardiovascular system, one of five projects in Biomedical Engineering and Design. This course has five design projects, the highlight of which is dubbed the roller coaster experiment.

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First-year biomedical engineering students work in teams to model the cardiovascular system, one of five projects in Biomedical Engineering and Design. This course has five design projects, the highlight of which is dubbed the roller coaster experiment.

Life at Hopkins BME

First-year biomedical engineering students work in teams to model the cardiovascular system, one of five projects in Biomedical Engineering and Design. This course has five design projects, the highlight of which is dubbed the roller coaster experiment.

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Hopkins BME research faculty use their medical and engineering strengths as they conceptualize and develop experimental approaches to problem solving.

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Rachel Karchin, professor of biomedical engineering at Johns Hopkins University, is pioneering the field of computational cancer genomics.

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Rachel Karchin, professor of biomedical engineering at Johns Hopkins University, is pioneering the field of computational cancer genomics. She develops novel algorithms and software to analyze genomic data and interpret its impact on cancer, the immune system, and tumor evolution.

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