11 parallel-computing-numerical-methods-"Simons-Foundation" research jobs at Drexel University
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Adjunct – DUCOM - Post Bacc Pre-Medical Program Apply now Job no: 505495 Work type: Part-Time Location: Center City - Philadelphia, PA Categories: College of Medicine About College of Medicine
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Sciences under the direction of Dr. Alexa Tompary. Responsibilities include designing and implementing psychology experiments; methods include online and in-person behavioral experiments, fMRI, and/or TMS
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are especially interested in researchers with experience in quantitative policy analysis using non-experimental methods (e.g. Differences in differences, comparative interrupted time series, regression
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in autism research, quantitative (including longitudinal and/or multivariate methods) and/or qualitative methods, and a commitment to community-engaged research. This position will provide
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the ARCC conference in Philadelphia. Co-lead the development of social network intervention for autistic K-12 students, their families and school and community supporters. Lead mixed methods research project
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, Environmental Engineering, Civil Engineering, Mechanical Engineering, Atmospheric Science, Computer Science, Physics, or a related discipline or the equivalent combination of education and work experience
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mindset. Demonstrated expertise in: o Nanomaterials synthesis and processing o Advanced characterization methods o Device fabrication and performance evaluation o Transport phenomena and structure–property
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Research Assistant Apply now Job no: 505740 Work type: Full-Time Location: Queen Lane Campus - Philadelphia, PA Categories: College of Medicine Job Summary The individual filling this position will perform independent research, under the guidance of Drs. Garcia and von Reyn. This includes...
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of Computing and Informatics Job Summary Dr. Kaidi Xu in the Computer Science department in the College of Computing & Informatics seeks a motivated part-time research assistant to join a project that explores
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. Our research program is focused on neuron-glial interactions, with an emphasis on understanding cellular and molecular mechanisms by which astrocytes regulate neurovascular coupling, local metabolism