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and Applied Sciences Department/Area Electrical Engineering/Computer Engineering/Computer Science Position Description Project Deep learning plays an essential role in the operation of an autonomous
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interventions based upon these insights that help individuals better align their actions with their intentions to help address the climate crisis and improve their financial outcomes. The projects would be
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experiments. The projects will focus on products that incorporate behavioral insights to help customers overcome behavioral challenges to take climate action and to improve their financial wellbeing, and may
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experiments. The projects will focus on products that incorporate behavioral insights to help customers overcome behavioral challenges to take climate action and to improve their financial wellbeing, and may
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enhancement. The Postdoctoral Researcher will coordinate and lead a research project at the intersection of wearable sensing, controls, neurophysiology, movement science, and clinical rehabilitation. They will
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postdoctoral fellow in Professor Susan Murphy’s Statistical Reinforcement Learning Group. Our research concerns sequential decision making in digital health, including experimental design and reinforcement
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group investigates how intelligence emerges from the collective dynamics of simple processing units in neural networks, which drive both artificial and natural intelligence. Current projects span a wide
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://hfh.fas.harvard.edu/academicflourishing ), a project focused on partnering with colleges and universities to collect data on “academic flourishing” and to leverage that data for academic research and the promotion
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project focused on biomechanical, physiological, and clinical evaluations of a back exosuit that is lightweight and pliable and can assist with hip and back movement by applying appropriately timed joint
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Biomechanics, Kinesiology, Movement Science, Physiology, or Biomedical Engineering, to assist with data collection and processing for lab and field based studies of back assisting wearable robots. The Research