Skip to main content
Climate
Search

Main navigation

  • Climate 101
    • What We Know
    • What Can Be Done
    • Climate Primer
  • Explore
    • Podcast
    • Explainers
    • Climate Questions
    • For Educators
  • MIT Action
    • News
    • Events
    • Resources
  • Search
MIT

Main navigation

  • Climate 101
    • What We Know
    • What Can Be Done
    • Climate Primer
  • Explore
    • Podcast
    • Explainers
    • Climate Questions
    • For Educators
  • MIT Action
    • News
    • Events
    • Resources
  • Search
VideoDecember 7, 2023

Collaborative Climate Resilience: Industry & Academia Working Together to Prepare for Climate Change

    Description

    When it comes to mitigating risks from climate change, the MCSC is working to understand the needs of its industry collaborators and connect them with relevant researchers at MIT. In the MCSC's value chain resilience focus area, member companies are gaining a unique perspective on how to think about climate risk across sectors as they collaborate with each other and the broader MIT community. The ongoing collaborations between Sydney Sroka (MCSC), Ehsan Kianirad (Liberty Mutual Insurance), Marina Rakhlin (IBM), and Michael Howland  (MIT) represent many others at the MCSC. 

    by MIT Climate & Sustainability Consortium
    Topics
    Carbon Capture
    Climate Modeling
    Energy
    Renewable Energy
    Industry & Manufacturing
    Weather & Natural Disasters

    Related Posts

    PostAugust 18, 2026

    Steady Heat, Flexible Power: Flexibility by Proxy in Nuclear-Thermal Energy...

    MIT Center for Energy and Environmental Policy Research
    rendering of energetic plasma
    PostAugust 11, 2026

    Researcher Profile: 3 questions with Jennifer Morris

    MIT Center for Sustainability Science and Strategy
    Jennifer Morris moderating a panel at the 48th Global Change Forum in March 2026 (Photo by Jamie Bartholomay)
    PostAugust 6, 2026

    A new way to watch heat move through electronics

    MIT News
    To measure how heat moves through materials, MIT researchers use laser pulses (red) to heat a sample while ultrafast X-rays (purple) penetrate multiple material layers and measure changes as heat dissipates.
    PostAugust 4, 2026

    Solving the solvent problem

    MIT Department of Nuclear Science and Engineering
    A machine-learning-guided pipeline enables researchers to generate solvent candidate pools on demand, narrow the selections down, and experimentally test the most promising electrolyte recipes. These scanning electron microscopy images show the morphology of sodium-metal deposits obtained from three different electrolyte candidates.

    MIT Climate Knowledge in Your Inbox

     
     

    MIT Groups Log In

    Log In

    Footer

    • About
    • Terms & Conditions
    • Privacy Policy
    • Accessibility
    • Contact
    MIT Climate Project
    MIT
    • Instagram
    • TikTok
    • YouTube
    • Simplecast
    Communicator Award Winner
    Communicator Award Winner