Sort by
Refine Your Search
-
that an existing crack should extend as outputs. 5. Contribute to the hybrid FEA-ML framework in the JAX Python library to support the simulation of dry-fiber mechanics that incorporates the relevant physics and
-
lead to tissue failure and cancer, and to develop novel therapeutic approaches to mitigate and treat deleterious phenotypes that arise in patients with impaired DNA and RNA maintenance pathways. Some
-
Open Date 10/31/2025 Requisition Number PRN43468B Job Title Software Researchers Working Title Software Researcher I through III Career Progression Track P00 Track Level FLSA Code Computer Employee
-
Compiles data from a variety of sources including interviews, literature sources, and medical and genealogical records; enters information into the department’s computer system. Assists PI’s, Research
-
, upon request and consistent with University policy and Utah state law. Upon request, reasonable accommodations in the application process will be provided to individuals with disabilities. The University
-
your interview process, we invite you to share how your professional experiences have prepared you to serve as a member of our team as we work to reduce the cancer burden experienced by all people and
-
. In your cover letter or during your interview process, we invite you to share how your professional experiences have prepared you to serve as a member of our team as we work to reduce the cancer burden
-
the Department of Radiology and Imaging Sciences at the University of Utah invents, develops and validates exciting image guided technologies to treat a myriad of conditions with therapeutic ultrasound. Our
-
long-lasting protective immune memory and develop a therapeutic approach to treat chronic diseases. We have a strong interest in providing quality training to postdoctoral scholars and students, enabling
-
in medical image processing, registration and analysis and a long-term interest to work in the health care sector. If you are interested in this position please contact: Dr. Allison Payne