• - ONVIF integration for IP cameras

• - Embedded linux and custom OS

• - FIPS compliance

• - Collaborate with print engineer and develop software to enhance 3d print success rate

• - Lead three engineers on hexahedral mesh generation algorithm development

• - Led development and validation of mechanical simulation software

• - Help lead DevOps to add GPU capability for geometry processing on cloud

• - Develop CUDA bazel toolchain as part of Carbon's monorepo codebase from scratch

• - WebAssembly for C++/TypeScript interop (with bazel)

• - Develop multiphysics simulation code based on hybrid code with Python and C++ to assist product design/testing in 3D printing.

• - Maintain/improve third-party geometry library. Various work includes, fixing memory corruption issues, develop internally compatible APIs to those C++ libraries.

• - Invented novel optimization method to solve "ever-impossible" nonlinear problems

• - Implement geometry algorithms from academic papers when needed to innovate in 3D manufacturing design

Lead graduate students in open source neutron transport simulation framework (C++) development

Finite element algorithm that enabled Idaho National Lab's multi-scheme capability in reactor simulation