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efficient techniques that maintain robust privacy guarantees while minimizing performance impact. Additionally, you will optimize the balance between privacy and utility, addressing the challenges
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research and development in the areas of gauge field generation, linear and eigen-solvers, or novel analysis methods. This position will reside in the Advanced Computing for Nuclear, Particle and
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responses to current or imposed environmental conditions. Research may leverage: Laboratory, growth chamber and field experimental data, and/or new measurements to quantify molecular to ecosystem scale
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, electrical engineering, computer engineering, computer science, aerospace engineering, or a closely related field obtained in the last five years. Demonstrated experience developing robotic systems using ROS 2
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industries. You will also be involved in proposal writing with our scientists while taking the lead in publishing high impact papers. Major Duties/Responsibilities: Participate in the development and
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, Mechanical Engineering or a related field completed within the last 5 years Experience in ceramics and brittle materials, experimental contact mechanics, and microstructural characterization This position
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scheduling Take a position of leadership for day-to-day laboratory operations while addressing all of ORNL’s environmental health and safety requirements Self-assess experimental research skill set and
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engineering, chemical engineering, or a related field completed within the last five years Quantitative and analytical research background which can be applied to conduct research analysis on advanced
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. Investigate strategies to balance performance and resilience across heterogeneous computational resources while addressing workflow requirements for scientific applications. Validate distributed intelligence
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distributed codes using MPI, OpenMP, CUDA, ROCm, and related HPC technologies while bridging theoretical AI models with real hardware constraints. Cross‑Paradigm Integration(new optional emphasis): Explore how