12 combinatorial-optimization research jobs at University of Washington in United States
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Position Summary This position will primarily support the implementation of a newly funded National Institute of Mental Health R01 grant focused on optimizing a digital chatbot intervention for
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Position Summary This position will primarily support the implementation of a newly funded National Institute of Mental Health R01 grant focused on optimizing a digital chatbot intervention for
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managing the care of patients with complex health problem(s) and collaborating with patient, family and other healthcare providers/disciplines to optimize the patient’s return to health and promote
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optimization and ODE-based modeling Strong communication skills to interface with experts within the ATN, document the software and publish the results in the peer-reviewed literature Instructions Applicants
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managing the care of patients with complex health problem(s) and collaborating with patient, family and other healthcare providers/disciplines to optimize the patient’s return to health and promote
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Qualifications: PhD in Environmental Engineering, Environmental Chemistry, Analytical Chemistry, Environmental Science, and/or other aligned discipline. Operation and optimization of LCMS and/or GCMS
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managing the care of patients with complex health problem(s) and collaborating with patient, family and other healthcare providers/disciplines to optimize the patient’s return to health and promote
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to): Design and conduct independent research projects focused on brain aging and age-related neurodegenerative diseases, particularly Alzheimer's disease. Apply and optimize advanced spatial biology techniques
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managing the care of patients with complex health problem(s) and collaborating with patient, family and other healthcare providers/disciplines to optimize the patient’s return to health and promote
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under the supervision of Prof. Edward Marti including (but not limited to) the following activities: Build and optimize ultrasound rigs and imaging of neonatal and adult rodents (mice and rats). Develop