Morteza Siboni
Senior Software Engineer - CAD 3D at Dandy
Irvine, California, United States
Summary
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Senior🎓
Top SchoolMorteza Siboni is a Senior Software Engineer specializing in CAD/3D and high-performance simulation software with a decade of experience building scalable CFD and FEA tools. He combines deep numerical-methods expertise (FEA, CFD, meshing and mesh adaptation) with hands-on C++ development and proven leadership, having led multiple projects that cut memory use and runtimes dramatically for RF heater and MHD simulations. At RPI he integrated a mesh-adaptation library across four external solvers and delivered client-facing numerical studies for the HVAC industry, turning domain knowledge into deployable proof-of-concept results. An active contributor to the MFEM ecosystem, he improved field-transfer and coordinate handling in the pumi module to boost accuracy and efficiency for finite-element workflows. Based in Irvine, CA, he is seeking senior management or technical leadership roles where he can bridge research-grade algorithms with product-focused engineering. Colleagues describe him as a fast, flexible thinker who thrives on turning complex multiphysics problems into production-ready simulation software.
10 years of coding experience
16 years of employment as a software developer
BSc Physics, BSc Physics at Sharif University of TechnologyDoctor of Philosophy - PhD Mechanical Engineering, Doctor of Philosophy - PhD Mechanical Engineering at University of Pennsylvania
English, Persian
Github Skills (7)
finite-element-analysis10
c-language10
cprogramming-language10
computational-science9
cluster-computing8
scientific-computing8
parallel-computing8
Programming languages (5)
Github contributions (5)
mfem/mfem
Mar 2020 - Apr 2021
Lightweight, general, scalable C++ library for finite element methods
Role in this project:
Back-end Developer
Back-end DeveloperContributions:28 commits, 5 PRs, 31 comments in 1 year
Contributions summary:Morteza primarily contributed to the `pumi` module within the `mfem` repository. They focused on refactoring and improving the field transfer routines between MFEM and PUMI meshes, including the implementation of coordinate transformations and the handling of different element types. Their work involved cleaning up code repetition, fixing bugs related to tet-to-vertex connectivities, and optimizing the transfer of vector and scalar fields. These changes aimed to improve the accuracy and efficiency of finite element simulations using the PUMI mesh format.
c-plus-plusfinitefemamrc-library
mortezah/core
Jul 2017 - Mar 2022
parallel finite element unstructured meshes
Contributions:4 PRs, 191 pushes, 55 branches in 4 years 9 months
unstructured-meshesparallelmeshesunstructuredfinite
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