387 high-performance-computing positions at Indiana University in Ireland-University-Ranking-2024
Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
epidemiology, bio-health informatics, human factors, robotics, implementation science, and neuroscience. The position is part of Indiana University’s Faculty 100 initiative, a strategic investment in exceptional
-
& Human Sciences Location Indianapolis Position Summary The Occupational Therapy Program in the Department of Graduate Health Professions, School of Health & Human Sciences (SHHS) at Indiana University
-
of lifesaving choices. In many cases, our care begins prenatally and continues through the transition to home with comprehensive, multidisciplinary follow-up. Clinically, this role is expected to perform twenty
-
through this initiative are expected to excel in research and demonstrate strong performance in teaching and service. Minimum Qualifications: Applicants should possess a PhD in Computer Science, Engineering
-
analysis High-performance computing Experience in human population genetics, evolutionary genetics, or related quantitative analyses is considered a plus but is not required. Department Contact for Questions
-
candidate will teach three courses per semester, contribute to service, and have an active scholarship program. Faculty may be required to teach online and nonstandard hours. U.S. citizenship or lawful
-
at Indiana University. This is an opportunity to practice in a collaborative, high-performing department / shape clinical care, education, and culture at one of the nation’s premier academic medical centers
-
designing and conducting experiments, developing and integrating photoacoustic and ultrasound systems, validating technologies in animal models, and performing quantitative data analysis and computational
-
applications for a Walther Endowed Chair in Supportive Oncology within the Walther Center for Supportive Oncology. This open-rank faculty position is designed for an investigator who is ready to grow a high
-
designing and conducting experiments, developing and integrating photoacoustic and ultrasound systems, validating technologies in animal models, and performing quantitative data analysis and computational