Postdoctoral Position in Computational Solid Mechanics and AI/ML for Fracture and Infrastructure Oak Ridge National Laboratory in United States

Oak Ridge National Laboratory is seeking a Postdoctoral Research Associate in computational solid mechanics and artificial intelligence/machine learning. The position is based in the Nuclear Infrastructure Deployment and Optimization Group within ORNL’s Nuclear Science and Engineering Division and Fusion and Fission Energy and Science Directorate. The research focuses on theoretical and computational solid mechanics, including constitutive modeling, fracture and damage mechanics, nonlinear mater...

Ph.D. opportunity at New York University Abu Dhabi (NYUAD) for Fall 2027 in damage and fracture mechanics , computational mechanics , and multiphysics modeling , with an interface to machine learning and artificial intelligence . The position is offered through the NYU Global Ph.D. Student Fellowship , a collaboration between NYU Tandon School of Engineering and NYU Abu Dhabi’s Division of Engineering. The research scope is flexible and can be adapted to different material classes and engineerin...

This postdoctoral research associate position at Northeastern University focuses on developing atomistic modeling and device simulation tools for MXenes memristors integrated with AI . The project combines work across scales, from atomistic to macro-scale modeling, and aims to build multiscale and multiphysics platforms alongside machine-learning-based AI procedures. The successful researcher will contribute to simulation development, generate results, and work with other team members toward a s...

Northeastern University is seeking a Postdoctoral Research Associate to advance atomistic modeling and device simulation for MXene memristors integrated with artificial intelligence. The researcher will develop multiscale and multiphysics platforms that connect atomistic-level behavior with macroscale device performance. The project also involves creating machine-learning and AI procedures for materials design and discovery, developing the necessary models and codes, and producing simulation res...

This research opportunity at the DEVCOM Army Research Laboratory sits within the Science of Extreme Materials (SEM) area and the broader Army Research Directorate (ARD) . The project focuses on computational modeling of highly transient, coupled multiphysical fields in solids, with an emphasis on understanding how different physical effects interact under extreme loading and deformation. Students will work on analytical and numerical modeling approaches that include finite element, finite differ...