Sort by
Refine Your Search
-
reactor neutronics, thermal-hydraulics, thermal-structural interaction, fluid-structure interaction, and accident analysis. Ability to set priorities to accomplish multiple tasks with varying requirements
-
, and machine learning to real world datasets. Experience conceiving and executing research and development projects Proficiency in Python and common data science and machine learning libraries (e.g
-
, and machine learning to real world datasets. Experience conceiving and executing research and development projects Proficiency in Python and common data science and machine learning libraries (e.g
-
at least four of: Electronic Health Record (EHR) systems Excel (advanced; pivot tables, power inquiry) JMP Microsoft Access Oracle Database Python R REDCap SAS SPSS SQL STATA AI Tools Communication and
-
GeoServer and ArcGIS Enterprise. Manage application deployment workflows utilizing Docker. Design database tables and integrate new datasets into existing database models. Use Python to process large
-
experiments. You will play an integral role in electron microscopy and closely collaborate with other scientists for synthesis, theoretical calculations, and other characterization methods across multiple
-
in urban-scale building energy modeling, software development (esp. Python), or Artificial Intelligence/Machine Learning (AI/ML) Strong ideation, writing, and communication skills for establishing
-
, robotics, computer engineering, computer science, or closely related field with at least four years of relevant experience. Programming experience, preferably in Python. Strong desire to learn new skills and
-
, power inquiry) JMP Microsoft Access Oracle Database Python R REDCap SAS SPSS SQL STATA AI Tools Communication and Collaboration Skills Understanding of healthcare operations, terminology, and multi
-
) characterizing pellet fueling dynamics using multiple observables, 2) measuring and predicting the dynamic and cumulative impact on long-pulse particle balance and plasma performance, and 3) developing real-time