Bioengineers at Princeton achieve far-reaching impact by answering fundamental questions about how living systems work while bringing an engineering approach to solving real-world problems. Work in bioengineering aims to improve human health as well as to addressing global challenges such as sustainable food, energy, water, and the need for innovative materials.

Visit the Omenn-Darling Bioengineering Institute

News

  • A group of killer T cells, colored green and red, surrounding a cancer cell, colored blue.

    Microscopes reveal a frozen moment in cellular time. This new method records cells as they work.

  • Single strand ribonucleic acid.

    Can language models read the genome? This one decoded mRNA to make better vaccines.

  • Dense rows of low crops growing in a field, with trees in the distance and a clear blue sky.

    Princeton IP Accelerator funding awarded to support promising new technologies

  • Graduate student Kun Woo Cho working on hardware in a Princeton lab.

    Celebrating Women’s History Month with stories of resilience and reinvention

  • Portrait of researcher in lab near microscope.

    The materials scientist who upended cell biology

  • Daniel Cohen (right) and research team

    Raising bioelectric sheepdogs to herd flocks of cells

Events

  • April 26

    12:00 pm

    Princeton Precision Health Spring Seminar Series: Yuri Pritykin and Jessica Metcalf

Faculty

  • Josh Atkinson outdoor photo. He is smiling

    Joshua Atkinson

    Civil and Environmental Engineering

    Omenn-Darling Bioengineering Institute

  • José Avalos

    Chemical and Biological Engineering

    Andlinger Center for Energy and the Environment

  • Clifford Brangwynne

    Chemical and Biological Engineering

    Bioengineering Initiative

  • Mark Braverman

    Computer Science

  • Pierre-Thomas Brun

    Chemical and Biological Engineering

  • Mark Brynildsen

    Chemical and Biological Engineering

  • Stephen Chou

    Electrical and Computer Engineering

  • Daniel J. Cohen

    Mechanical and Aerospace Engineering

  • Jonathan Conway

    Chemical and Biological Engineering

  • Sujit Datta

    Chemical and Biological Engineering

  • Pablo Debenedetti

    Chemical and Biological Engineering

  • Adji Bousso Dieng

    Computer Science

  • Jianqing Fan

    Operations Research and Financial Engineering

  • Tian-Ming Fu

    Electrical and Computer Engineering

    Bioengineering Initiative

  • David Graves

    Chemical and Biological Engineering

  • Peter Jaffé

    Civil and Environmental Engineering

  • Niraj Jha

    Electrical and Computer Engineering

  • Jerelle Joseph

    Chemical and Biological Engineering

    Bioengineering Initiative

  • Andrej Kosmrlj

    Mechanical and Aerospace Engineering

  • A. James Link

    Chemical and Biological Engineering

  • Iain McCulloch portrait

    Iain McCulloch

    Electrical and Computer Engineering

  • Celeste Nelson

    Chemical and Biological Engineering

  • Yuri Pritykin

    Computer Science

    Lewis-Sigler Institute for Integrative Genomics

  • Peter Ramadge

    Electrical and Computer Engineering

  • Ben Raphael portrait

    Ben Raphael

    Computer Science

  • Kaushik Sengupta portrait

    Kaushik Sengupta

    Electrical and Computer Engineering

  • Sebastian Seung

    Computer Science

    Princeton Neuroscience Institute (PNI)

  • Mona Singh

    Computer Science

    Lewis-Sigler Institute for Integrative Genomics

  • Jaswinder Singh

    Computer Science

  • Howard Stone

    Mechanical and Aerospace Engineering

  • James Sturm

    Electrical and Computer Engineering

  • Sankaran Sundaresan

    Chemical and Biological Engineering

  • Olga Troyanskaya

    Computer Science

    Lewis-Sigler Institute for Integrative Genomics

  • Naveen Verma

    Electrical and Computer Engineering

  • Aimy Wissa portrait

    Aimy Wissa

    Mechanical and Aerospace Engineering

  • Ellen Zhong

    Computer Science