John R. And Donna S. Hall Engineering Lecture
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MacArthur Fellow, Berkeley engineer to deliver March 17 Hall Lecture on robot learning and safety in avionics
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreMar. 4, 2021
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Nobel Laureate Frances Arnold creates new enzymes by following nature’s lessons
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreSep. 17, 2020
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Nobel Laureate Frances Arnold to deliver the Hall Engineering Lecture Sept. 15
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreAug. 26, 2020
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A path toward shapeshifting new materials—Engineering’s Hall Lecture Feb. 12
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreJan. 24, 2020
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Visionary Italian architect, engineer to show how sensing technologies can reshape cities
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreFeb. 15, 2018
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Notre Dame’s Brennecke to deliver Hall Engineering Lecture Nov. 29
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreNov. 11, 2016
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Tiny flying robots form teams, cooperate—Engineering’s Hall Lecture Oct. 12
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreSep. 16, 2015
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Simulating success in aerospace and automotive manufacturing
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreMar. 31, 2015
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Simulations predict health of composite materials from ‘birth to death’
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreMar. 2, 2015
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45th anniversary recognizes one of earliest U.S. biomedical engineering programs
Claire Tomlin is a pioneer in hybrid control systems research, particularly aeronautical applications to address problems in aircraft flight control and collision avoidance. She has developed algorithms to help determine when unsafe conditions may arise as variables and interactions become increasingly complex. Her work includes issues of autonomous control of… Read MoreOct. 14, 2013