Scientific Software Engineer focused on high-performance computing, numerical simulation, and environmental modeling.

I build computational tools at the intersection of C++/CUDA, scientific computing, large-scale simulation, and data-driven environmental modeling. My work includes GPU-accelerated solvers, weather and geospatial data pipelines, and scientific software designed to be both performant and usable.

• High-performance computing (HPC)
• GPU acceleration with CUDA
• Scientific software engineering
• Numerical methods and simulation
• Atmospheric and environmental modeling
• Weather / geospatial data workflows
• Scientific ML and quantitative modeling

Work related to high-resolution wind simulation, solver development, performance optimization, and scientific software workflows.

A workflow for retrieving and processing High-Resolution Rapid Refresh (HRRR) weather model files and converting them into NetCDF inputs for downstream simulation tools.

• Languages: C++, CUDA, Python, MATLAB, Fortran
• Core skills: Parallel programming, numerical methods, solver validation, software design, testing, documentation
• Domain areas: CFD, atmospheric modeling, weather-data processing, environmental simulation

• Correctness and physical validity
• Performance at scale
• Clear documentation and reproducibility
• Maintainable design for research and engineering teams

I am especially interested in roles involving:

• Scientific software engineering
• HPC / GPU software development
• Simulation and computational engineering
• Climate / geospatial / environmental software
• Research engineering and scientific ML

• Email: Behnam.Bozorgmehr@wsu.edu
• LinkedIn: behnam-bozorgmehr