Summary
Dharmin Shah is an Application Engineer based in Munich with six years’ experience applying Finite Element Analysis to structural, material, and fluid problems and shipping production-ready simulation workflows. He blends hands-on coding in Python, C, and C++ with experimental validation—designing DOEs, custom tests, and statistical analyses to quantify material risk and prove product reliability. At Blickfeld he led MEMS design and material-model development, tackling stress singularities and adhesive behavior with mesh-independent continuum damage modeling. Now at Applied Intuition, he brings system-level simulation expertise to software-driven product testing and test-line development. His academic work at TUM shows a knack for comparing numerical methods (Kratos vs OpenFOAM) and squeezing performance from turbulence and FSI models—often producing novel turbulence/wall-function implementations and unit-tested code. Colleagues rely on him for end-to-end ownership that connects simulation theory, experimental evidence, and deployable engineering software.
6 years of coding experience
4 years of employment as a software developer
Master's degree, Computational Mechanics, 1,5, Master's degree, Computational Mechanics, 1,5 at Technical University of Munich
Bachelor of Engineering, Mechanical Engineering, Bachelor of Engineering, Mechanical Engineering at Gec Surat