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Field
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independent research projects while working collaboratively within a highly interactive laboratory environment. Current research areas include: · Circadian regulation of skeletal muscle regeneration
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adherence to clinical guidelines for PAD treatment via an interactive decision support tool. The tool will be integrated into a mobile app for patients and into healthcare providers’ systems, to enhance
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design and fabricate nano- and micro-engineered platforms that interface with human stem cells, investigate cellular and molecular mechanisms governing development and pathology, lead experiments from
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of all backgrounds, and design programs to promote public health particularly among high-risk and underserved populations. We conduct groundbreaking research that advances treatment, we educate
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design and fabricate nano- and micro-engineered platforms that interface with human stem cells, investigate cellular and molecular mechanisms governing development and pathology, lead experiments from
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design and fabricate nano- and micro-engineered platforms that interface with human stem cells, investigate cellular and molecular mechanisms governing development and pathology, lead experiments from
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computer vision, controls, and machine learning and their security. The work will include algorithm design, prototype implementation (e.g., in MATLAB/Python), deployment to robotics applications
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digital trace data analysis, natural language processing, machine learning, experimental design, causal inference, and network or computational modeling. The ideal candidate will have a strong interest
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embryology are encouraged to apply. The postdoctoral fellow will design and conduct experiments, analyze and interpret data, and maintain rigorous records in accordance with institutional and
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computer vision, controls, and machine learning and their security. The work will include algorithm design, prototype implementation (e.g., in MATLAB/Python), deployment to robotics applications