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Requisition Id 15669 Overview: We’re hiring an AI Developer having AI/ML development and deployment skills! The position and its focus are to design, develop and move to production AI/ML tools and
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software solutions to support a variety of enrichment systems and testbeds with an intent to strengthen Oak Ridge National Laboratory’s leadership in isotope production and enrichment technology innovation
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, scalable computing and networking infrastructure, along with robust software management and deployment practices. This position resides in the Controls Integration Group within the Control Systems Section
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computational mesh generation. In this role, you will apply your software engineering skills to develop and validate computational results that support large-scale, physics-based simulations across a variety of
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for the end-to-end design, development, integration, deployment, and sustainment of complex systems that include both software and hardware/infrastructure components. You will interface across multiple layers
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for program and project developments. Lead teams to define and implement sponsor requirements. Interact with sponsors and funding agencies from project conception, proposal writing, and project execution
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challenges facing the nation. The Advanced Engineering Technologies (AET) Group is seeking a computational fluid dynamics analyst to specialize in the use and development of computational simulation software
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/Responsibilities: Platform Operations & Implementation Assist in day to day operations for on-premises and cloud-based Kubernetes clusters Develop and integrate critical components for networking, CI/CD tooling, OS
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scientific outputs that may include peer-reviewed publications in top-tier water journals, professional scientific code/software contributions, and high-quality datasets. Candidates must also be willing
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software for complex aerodynamic systems in the support of the nonproliferation mission space. This position will involve the creation and use of custom developed and off-the-shelf computational approaches