Search Results
Energy-Efficient and Environmentally Sustainable Computing Systems Leveraging Three-Dimensional Integrated Circuits
Friday, February 7
11am - 12pm
SEC LL2.221
"Energy-Efficient and Environmentally Sustainable Computing Systems Leveraging Three-Dimensional Integrated Circuits"
Gage Hills, Harvard University
Abstract:
Gage Hills
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Science and Engineering Complex (SEC) LL2.221
Coral Reefs and Super Black Animals: Lessons in Sustainability from Nature’s Photonic Experts
Solar energy shapes climate and life on a planetary scale. Coral reefs, essential ecosystems, depend on photosynthetic symbioses between animals and algae. However, climate change has devastated reefs worldwide. I unite materials science, computational analysis, and environmental science to research coral reef resilience and inspire new sustainable technologies based on nature’s materials.
Dakota McCoy (Stanford University)
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Pierce Hall 209
Environmental Science & Engineering - Bachelor's in Environmental Science and Engineering
Why pursue a bachelor's degree in Environmental Science and Engineering? Environmental Science and Engineering (ESE) AB and SB interdisciplinary programs focus on understanding, predicting, and responding to environmental problems. Students receive strong and broad training in physics, chemistry, e...
Allston
Harvard owns more land in Boston than in Cambridge, and the University’s footprint in the Allston neighborhood has rapidly expanded. SEAS is the primary occupant of the 500,000+ square foot Science and Engineering Complex (SEC). The SEC houses Bioengineering, Computer Science, Data Science, and Comp...
Climate Change - Centers & Initiatives
We are closely linked with a variety of multidisciplinary and innovative education and research institutes, centers, and initiatives.
Environmental Science & Engineering - Concentration Information
Environmental Science & Engineering is an interdisciplinary field that applies principles from other branches of engineering, the natural sciences, and mathematics to better understand and address environmental challenges. Students interested in environmental science and engineering study t...
From Chip-Edge to Grid-Edge: Power Electronics as an Enabling Technology for Sustainable Development of Human Society
Power electronics is a core technology for future energy systems including data centers, transportation electrification, and distributed energy resources. The performance and functionality of power electronics in these systems critically impact the sustainable development of human society.
Minjie Chen (Princeton University)
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Science and Engineering Complex (SEC) LL2.224
