39 parallel-computing-numerical-methods-"MIT" Postdoctoral positions at SUNY University at Buffalo
Sort by
Refine Your Search
-
experience with particle image velocimetry or similar technologies experience with computing languages and using 2D and 3D numerical models experience with presenting at conferences and writing journal
-
experience with particle image velocimetry or similar technologies experience with computing languages and using 2D and 3D numerical models experience with presenting at conferences and writing journal
-
Optimization: Resolving hardware-specific performance and numerical precision challenges across diverse GPU environments. Architecture Design: Leading the design of new loss functions, model architectures
-
experience with density functional theory or closely related first-principles atomistic simulation methods. Demonstrated research experience applying artificial intelligence or machine learning to
-
experience with density functional theory or closely related first-principles atomistic simulation methods. Demonstrated research experience applying artificial intelligence or machine learning to
-
related first-principles atomistic simulation methods. Demonstrated research experience applying artificial intelligence or machine learning to scientific or engineering problems, including the development
-
. Leadership in scientific peer-reviewed publications Proficiency in scientific computing using R, Python, or a comparable language, including experience developing reproducible analytical workflows
-
. Leadership in scientific peer-reviewed publications Proficiency in scientific computing using R, Python, or a comparable language, including experience developing reproducible analytical workflows
-
should have a solid background in acoustics, elastic wave theory (e.g., dispersion, beaming, structural dynamics, etc.) and numerical finite element simulations. Relevant experimental expertise is highly
-
should have a solid background in acoustics, elastic wave theory (e.g., dispersion, beaming, structural dynamics, etc.) and numerical finite element simulations. Relevant experimental expertise is highly