Sort by
Refine Your Search
-
twins are leveraged to develop paradigm shifts in quality assurance, quality control, real-time process control, and design optimization for the United States. In this digital environment, you will use
-
discovery with a strong emphasis on domain-driven impact. Develop, optimize, and transition algorithm prototypes to robust implementations Work with ORNL researchers, as well as internal and external project
-
-generation designs. Develop and apply dynamic system simulation tools for nuclear system design, analysis, and optimization. Optimize system and component designs for performance and safety. Complete thorough
-
Services Directorate (ITSD) at Oak Ridge National Laboratory (ORNL). This position will require a regular on-site presence. We optimize our workflows and monitoring solutions to take advantage of our 24/7
-
secure/robust communications research. One focus of our team is developing solutions that utilize artificial intelligence and machine learning to optimize communications in complex RF environments. Our
-
scalable storage solutions. Architect, design, document, and optimize computer systems and automation tools, including prototype development based on user/system specifications. Develop and maintain scripts
-
components (PFCs) in toroidal confinement experiments in pursuit of 1) Determining the overall power balance in each facility, 2) Develop and test new, optimized PFC designs, and 3) Developing operating
-
-enhanced manufacturing, including digital twins, process automation, and data-driven materials supply chain optimization. The role includes working with industry partners and leveraging ORNL’s Manufacturing
-
optimization, dimensionality reduction, embeddings, etc.) An understanding of the operations and challenges with the national security and military environment. The ability to interaction with national security
-
adoption of metallurgy technologies. Major Duties/Responsibilities: Conduct research using STEM, energy dispersive X-ray spectroscopy, and electron energy loss spectroscopy Optimize advanced methods