Accessible Sustainability for All
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The 2023 MIT Sustainability Summit in April tackled carbon markets from the perspective of consumers, small companies, and big corporations.
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The 2023 MIT Sustainability Summit in April tackled carbon markets from the perspective of consumers, small companies, and big corporations.
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Over 1,300 Sloanies and their guests returned to campus in early June to attend MIT Sloan Reunion 2023.
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The 2023 MIT Sustainability Summit aims to demystify carbon markets on Friday, April 28, at the Samberg Conference Center.
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The Sloanies we spoke to in 2021 fondly recalled a culture of close-knit connectivity and collaboration from their time as students.
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After graduating from the MIT Sloan School of Management, classmates Shayna Harris, MBA '11, and Noramay Cadena, LGO '11, set off on their own varied career paths in food and supply chain operations, aerospace engineering, and venture capital.
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Climate tech company BlocPower specializes in residential building electrification, which improves human health and reduces healthcare costs. But no funding exists to link electrification to preventative healthcare efforts. A team of S-Lab students stepped in to help BlocPower make the link.
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In the U.S., eighty percent of people are locked out of the solar market because they can’t put solar on their rooftop. Solstice, co-founded by Sandhya Murali, MBA ’15, and Stephanie Speirs, MBA ’17, is changing the system with an inclusive model of community solar.
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Rubén Lozano Aguilera, MBA ’13 identified pollution as a key challenge for the future of transportation in urban areas. With the introduction of eco-friendly routes on Google Maps, Lozano Aguilera and team have prevented an estimated 2.4MM+ metric tons of CO2 emissions—equivalent to removing 500K fu...
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A majority of people in the Democratic Republic of Congo lack access to electricity. At Nuru, Juliana Kerrest, MBA ‘18, Chief People and Sustainability Officer, is dedicated to enhancing connectivity. Nuru builds mini solar grids allowing those in remote areas to tap into a power source.
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Deepak Dugar, SM ’11, MBA ’13, PhD ’13, is leading a transformative effort in material production, by replacing petroleum not just as a fuel but as a material. He’s doing this through combining synthetic biology with chemical catalysis to reinvent the way the world makes things—and reducing gigatons...