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From the products on our shelves to the packages arriving at our doors, supply chains quietly shape our everyday lives. We sat down with Chris Caplice to unpack how these complex systems actually work behind the scenes. Dr. Caplice serves as the Executive Director of the MIT’s Center for Transportation & Logistics (CTL) where he is responsible for the planning and management of the research, education, and corporate outreach programs for the center. He created and currently serves as Director of MIT’s online program in Supply Chain Management. He shares insights into how supply chains are designed, where they break down, and why understanding them has become more important than ever.
Watch the episodes on video: https://bit.ly/scienceofeverydaylife
Chris Caplice : https://caplice.mit.edu/
Learn more at learn.mit.edu
MicroMasters Program in Supply Chain Management https://micromasters.mit.edu/scm/
From cars and ships to bridges and skyscrapers, steel forms the landscape of modern life. At the same time, steelmaking is one of the world’s biggest industrial sources of climate-warming carbon dioxide. Antoine Allanore, a professor of metallurgy at MIT, explains how CO2 became so entrenched in the chemistry of steelmaking—and the creative ways scientists and engineers are trying to get it out.
We gratefully acknowledge Katie Daehn, postdoctoral associate, and Matthew Michalek, Ph.D. student and research assistant, of the Allanore Group for additional assistance and participation in this episode.
For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e7-hard-look-steel
For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].
Dr. Daniel Braconnier chats with Dr. Ben Armstrong about the importance of manufacturing in the context of innovation and competitiveness. This conversation highlights the need for a balance between precision and flexibility, emphasizing that while some manufacturing focuses on producing identical products (often referred to as "copy exactly" manufacturing), there is also a need for continuous improvement and adaptability. This discussion includes examples like Tesla's approach to innovation and flexibility in production processes. Why THIS Matters is an MIT Learn Podcast, continue to learn more at: https://learn.mit.edu/
In this episode, MIT Professor Pawan Sinha delves into the science of vision, brain plasticity, and the transformative power of scientific innovation in addressing global health challenges. Discover how research on early visual deprivation has shaped our understanding of neural development, and explore the inspirational journey of his nonprofit, Project Prakash, transforming lives in India.
In this episode:
MIT Learn: MIT’s hub for a growing collection of lifelong learning experiences
Project Prakash: To learn about Pawan Sinha's ongoing work in India
Solutions to climate change, like building clean energy, come with a price tag. But unchecked warming also brings serious costs. As we make investments to rein in our climate pollution, how should we weigh costs and benefits? Dr. Jennifer Morris of MIT joins the show to explain how economists have tried to pin down the dollar costs of a warming planet, and why a clear answer has proved elusive. Together, we’ll ask how the tools of economics can help us plan for a better, more prosperous future, even in the face of uncertainty.
For a deeper dive and additional resources related to this episode, visit: https://climate.mit.edu/podcasts/e6-economists-guide-climate-change
For more episodes of Ask MIT Climate, check out askmitclimate.org. Plus, find us on Instagram, TikTok, and YouTube for outtakes, bonus content, and more climate knowledge from MIT. As always, we love hearing from our listeners; email us at [email protected].
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