Sort by
Refine Your Search
-
centered on Microsoft Azure and related AI cloud technologies with High Performance Computing (HPC) for on premise AI environments and Azure, AWS, and GCP for off premise environments. Major Duties
-
centered on Microsoft Azure and related AI cloud technologies with High Performance Computing (HPC) for on premise AI environments and Azure, AWS, and GCP for off premise environments. Major Duties
-
Requisition Id 15609 Overview: The Oak Ridge National Laboratory has an opening for an Electrician. In this role you will, under limited supervision, perform electrical functions as well as other
-
for professional and technical services, commercial items and specialized materials, equipment and/or commercial services with medium to high levels of complexity and value and independently providing procurement
-
ecosystem for fault-tolerant quantum-accelerated high-performance computing (QHPC). Major Duties/Responsibilities: Perform state-of-the-art numerical computations of quantum spin systems using, e.g., tensor
-
, characterizing new or unusual radiation fields for personnel dosimetry purposes, and assisting in conducting training and evaluating performance of the External Dosimetry Program (EDP) staff. Specific
-
, data validation, curation workflows for a wide range of applications, federated data management, and high-performance data archives supporting science and national security missions. Purpose: As part of
-
Requisition Id 15552 Level: BP04 Overview: We are seeking a Requirements Program Manager who will oversee the requirements management processes that support deployment of the UT-Battelle Prime
-
research, develop technology, and perform analyses to understand and assess responses of environmental systems at the environment-human interface and the consequences of alternative energy and environmental
-
with training machine learning models on high performance computing infrastructures leveraging GPU accelerators. Experience in the development of project research proposals. Ability to function well in a