350 parallel-computing-numerical-methods-"Simons-Foundation" positions at Baylor College of Medicine
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(e.g., qualitative interviews and analysis, survey methods, etc.). Job Duties Organize project team meetings (e.g., draft agendas, schedule meetings, send calendar invites, reserve rooms, ensure computer
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candidate will have knowledge of health services research and/or public health (e.g., qualitative methods, survey methods, public health messaging, etc.) and will be a highly motivated individual who can work
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coursework and lab experience. Has strong interest and enthusiasm for scientific inquiry and biology specifically. Has familiarity with coding and computational methods for data analysis. Has proficiency in MS
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/December and April/May) Design and oversee remediation plans Design and implement the program's assessment strategies, making certain there are robust methods used to assess each competency, and ensuring
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Education in Adolescent Health (LEAH) training grant. The LEAH Program is designed to reduce health disparities and improve the health and well-being of adolescents and young adults by training future leaders
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of cancer. This is a 3-year flexible program with personalized educational curricula and individually tailored multidisciplinary teams of mentors with ongoing research in a variety of pediatric and adult
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acquired arrhythmias and cardiomyopathies. The lab utilizes numerous techniques from cloning and in vitro cell work to the generation of mutant mice and surgical models of heart disease. The lab possesses
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, fetal medicine and fetal surgery; and the newly opened Adult Congenital Heart Disease program, located in Legacy Tower. The broader TCH facilities network is comprised of the West Campus, a community
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. The DAA will perform data analysis utilizing appropriate statistical methods common to biomedical research and collaborate with Dr. Wood to interpret findings and disseminate results to the research
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& Molecular Pharmacology at Baylor College of Medicine. The Robertson lab’s research focus is in combining cryogenic electron microscopy and computational biophysics methods to generate movies of membrane