67 algorithm-development-"The-University-of-Edinburgh" positions at Boston University
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Services divisions work to achieve this goal by researching and developing new interventions, by disseminating new advancements and programs to the field, and by providing programming that teaches critical
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Details Posted: Unknown Location: Salary: Summary: Summary here. Details Posted: 23-Jul-25 Location: Boston, Massachusetts Type: Full-time Categories: Development Staff/Administrative Internal
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epidemiology. The Administrative Research Coordinator will develop and carry out research and conference activities and protocols, provide support to investigators, students, and research assistants, and serve
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of the DHC. They will deliver any disciplinary actions as needed such as verbal or written warnings and plans for improvement. The manager must work on developing all skill sets of the clinical team to meet
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that encourages creativity and collaboration, and a structure that promotes professional growth and career development. You Will: Advocate for our client's technology needs. Participate in multiple service
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reports. They will prepare, collect, and interpret financial data to develop financial analyses, projections, short and long-term financial plans, and other reports. This role requires excellent time
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, functions well in a team-based structure. In return, we provide an environment that encourages creativity and collaboration, and a structure that promotes professional growth and career development. You Will
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/Regular The Marketing and Events Administrator develops, coordinates, leads and evaluates all Questrom School of Business Graduate Admissions & Financial Aid Office (GAFAO) marketing and events activities
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individual products developed through an ongoing process between the videographer and the internal client rather than a set of directives. This position will work closely to design campaigns and provide
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fNIRS recordings. The postdoctoral associate will develop and apply advanced signal processing and statistical techniques to quantify the relationships between neural and hemodynamic signals, and