-
scales from microchannels to full rack systems (5.) Develop physics and AI-based models to elucidate physics, perform optimization, and create surrogate models for system level simulators (6.) Participate
-
be expected to participate in the project’s work, work as a team member, and perform the following major tasks: Design of the experimental set up and tests Theoretical modeling and simulation
-
, respect and can contribute to the University’s mission and values. Duties and Responsibilities: The successful candidate will: Conduct research on urban rivers through hydraulic models. Develop AI and
-
using real-time monitoring systems. Develop AI and machine learning models to integrate real-time monitoring data Collaborate with colleagues in computer science and computer engineering to integrate
-
for Analytical Dynamic Sys Position Summary: Our research team has an immediate opening for a postdoctoral fellow to participate in an exciting project in biomedical modeling and diagnostics, funded by National
-
models, and empirically test those models with integrated and fused data. Development of data-serving APIs is also part of the work plan and duties for the candidate. The candidate will play a vital role
-
subject to continuing based on the availability of funding. The work will focus on the production of large polarimetric maps from the SOFIA data. The position is planned for two years, with a possible
-
from apparatus and systems Create simulation models and perform simulation of test apparatus and cooling devices and systems using commercial software Participate in weekly meetings and help to prepare
-
LSST. Projects will draw on new and archival observations from optical ground-based (e.g., Zwicky Transient Facility) and satellite (e.g., TESS) observatories, with potential supplementary data from X
-
, the individual will work with existing field, laboratory, and model projects to execute new methods and analysis. Minimum Qualifications: The successful candidate must have: a Ph.D. degree in water resources