114 parallel-computing-numerical-methods-"Prof" research jobs at University of Washington
Sort by
Refine Your Search
-
be expected to develop an independent and collaborative research program focused on mechanisms of aging and/or developing interventions to improve health and quality of life in the aging population
-
Aging Training Program (https://live-uwhalo.pantheonsite.io/uwhalo/bmha/post-doctoral-openings/ ). The position is 100% FTE for 12 months. Benefits such as medical, dental, and retirement are also
-
compensation associated with this position may include travel to national or international conferences, computing equipment, and fees associated with manuscript publications, if applicable. A summary of benefits
-
or interests in programming languages such as R or Python. Independence to lead a project as well as willingness to work in a team. An open mind to learn new methods from other researchers and collaborators
-
routine problem resolution. Maintains and updates computer database; logs forms received and files as appropriate. Prepares files and kits needed for study visits and keeps track of how many supplies
-
disease with a focus on Alzheimer’s Disease. Computational models will be developed that utilize data obtained from a wide range of experiments, from basic biochemical methods to advanced imaging techniques
-
of tissue samples, • Gather, record, organize, transcribe and verify the accuracy of research study data; prepare data for computer input; set up research database files; • Review and explain consent forms
-
screenings, mental health resources, mindfulness programs and courses, employee assistance program (EAP), financial resources, access to dietitians, and more! Family We offer 4 weeks of caregiver leave to bond
-
at the Research Assistant Professor level. Anticipated start date Autumn 2025 or Winter 2026. A successful candidate is expected to develop an independent research program. This position will use skills including
-
pulmonary vascular endothelial cells contributes to pulmonary vascular remodeling. Our current research program includes investigations into the role of hyperactive mTOR (mechanistic target of rapamycin) in