The Four-Legged Robot That Can Crawl, Crouch, Clean and Fight COVID
A team of USC master’s students creates a disinfection robot to use on COVID-19 prevention.
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A team of USC master’s students creates a disinfection robot to use on COVID-19 prevention.
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USC Researchers use biofluid dynamics (hemodynamics) that can potentially detect heart attacks in patients without chest pain and lower mortality and re-hospitalization rates for heart failure patients.
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Professor in the Department of Aerospace and Mechanical Engineering joins 40 previously selected faculty members as fellows of the American Association for the Advancement of Science.
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Mechanical engineering student Anna Balbach is also a certified yoga instructor. She shared this six-minute video to help peers find mental balance and strength ahead of finals.
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Learn how the AME lab space at Biegler Hall has adjusted its space to ensure safety of its students, faculty and staff while allowing for immersive, hands-on learning.
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USC Viterbi’s Roger Ghanem and Xiaoshu Zeng have created models which predict daily, new COVID-19 cases.
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Researchers determine triggers for transitions between coordinated movement of organelles called cilia, identifying a potential diagnostic tool for cancer and other illnesses.
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Professor Ananya Renuka Balakrishna attempts to create batteries with longer lifespans.
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The fourth lecture in the 10-part series focuses on how automation can help enhance human productivity in industries such as manufacturing while keeping them safe during the global pandemic.
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The second lecture in the 10-part series focuses on how the virus spreads in droplets and what masks are most effective
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Inaugural lecture in 10-part series focuses on modeling epidemics as a chemical reaction process
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The 4th annual Sustain-A-Thon saw 57 students propose solutions for making the planet more livable and sustainable.
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USC master’s students tackle robots, masks and droplet dispersion, to better understand how to live with COVID-19.
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The third floor Department of Aerospace and Mechanical Engineering lab was reconfigured over the summer to offer students an interactive, yet safe experience this fall.
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The RoBeetle’s artificial muscle is powered by controlled catalytic combustion, a technology that has the potential to enable the development of a diverse new generation of microrobots capable of operating on land, water and air.
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Projects centered on precision agriculture, water modeling using AI, and smog-reducing architecture have been recognized in the USC Center for Sustainability Solutions’ latest grants.
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The work of USC Viterbi’s Quan Nguyen focuses on improving robot agility in legged robots so they can more easily and efficiently navigate difficult terrain
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Applying shockwaves can improve conditions for fluid mixing in supersonic combustion engines, paving the way for flights at speeds five times faster than the speed of sound.
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Xu’s research focuses on on the creation of electronics-free, entirely-soft autonomous robots.
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Travis Mendoza, ’16, came to Mexico to build a hotel; when the pandemic struck, he began to focus more on building a community.
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USC researchers are using AI to fuel more confident diagnosis of renal tumors, as well as more customized treatment for cancer patients and patients infected with COVID-19.
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The design team will present its design on Wednesday, June 17 at 10:50 a.m. PST. Livestream will be available.
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From among 113 teams around the world, USC students came in first in the remote fly-off and also won best report at the 2019-2020 competition.
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USC and IBM researchers use deep learning to identify manufacturing issues before they spread, reducing wasted time, money and materials.