3296 search results found

  • Anuradha
    M
    Agarwal

    Principal Research Scientist

    Contact

    13-4126
    (617) 253-5302
    anu@mit.edu

  • 11.17.20-Climate-Related-Ronald-Prinn

    November 17, 2020Conference Video Duration: 10:8
    Ronald Prinn
    Director, MIT Joint Program on the Science and Policy of Global Change
    TEPCO Professor of Atmospheric Science, Department of Earth, Atmospheric and Planetary Sciences (EAPS)
    Director, Center for Global Change Science (CGCS)

  • Dr. Corey I Cheng

  • Empowering Optical Microscopy for Living Tissues

    March 29, 2022MIT Faculty Feature Duration: 18:49

    Sixian You
    Assistant Professor, Electrical Engineering and Computer Science

  • Conversion Tech Could Turn CO2 Emissions Into Battery Electrolytes

    February 19, 2019MIT Faculty Feature Duration: 18:5

    Betar Gallant
    Esther & Harold E. Edgerton Career Development Professor, Assistant Professor of Mechanical Engineering

  • Christopher
    Voigt

    Daniel I C Wang Professor of Biological Engineering
    Primary DLC
    Department of Biological Engineering

    Contact

    NE47-140
    (617) 324-4851
    cavoigt@gmail.com

    Assistant

    Gerri Powers (Admin)
    (617) 253-7420
    gpowers@mit.edu
  • February 22, 2021

    The four competencies every IT workforce needs

  • Douglas
    A
    Lauffenburger

    Ford Foundation Professor of Bioengineering and Chemical Engineering
    Primary DLC
    Department of Biological Engineering

    Contact

    16-429
    (617) 252-1629
    lauffen@mit.edu

    Assistant

    Gerri Powers
    (617) 253-7420
    gpowers@mit.edu

  • Risk and Innovation in Manufacturing: Ben Armstrong

    January 24, 2025Conference Video Duration: 43:9
    Factories on the Frontier: Risk and Innovation in Manufacturing
    Ben Armstrong
    Executive Director, MIT Industrial Performance Center

    How have some companies experienced dramatic growth and productivity improvement in manufacturing even as their peers struggle to compete? What explains how some manufacturing firms have been faster to adopt new technologies or workforce practices than other firms? This presentation will focus on understanding the operational and technological patterns of high-performing manufacturing firms in the United States. It will emphasize particularly the way that these firms have built on – and in some cases departed from – the Toyota Production System, which has for decades been the paradigm for manufacturing excellence in the United States and abroad.

  • Benedetto
    Marelli

    Associate Professor of Civil and Environmental Engineering
    Primary DLC
    Department of Civil and Environmental Engineering

    Contact

    1-171
    (617) 253-7113
    bmarelli@mit.edu