Summary
Altug Emiroglu is a research scientist and computational engineer with seven years of experience applying FEM, sensitivity analysis, and optimization to real-world multiphysics and Digital Twin problems. With a summa cum laude Dr.-Ing. from TUM and roles spanning academic research to industry (Siemens, clockworkX), he has led MDO workflows, physics-based model updating, and sensor-driven monitoring projects for wind turbines and aerospace applications. He combines deep numerical programming (C/C++, Fortran, Python, Matlab) with practical project leadership and technology transfer, having established Digital Twin activities and managed consortial-funded research. Notably, his work bridges high-fidelity simulation and data-driven monitoring—turning complex FSI and fatigue analyses into deployable monitoring and optimization tools for Industry 4.0. Based in Munich, he is focused on scaling physics-informed simulation into industrial Digital Twin products.
7 years of coding experience
9 years of employment as a software developer
Doctor of Engineering - Dr.-Ing., Multiphysics Simulation and CAD-Integrated Shape Optimization in Fluid-Structure Interaction, summa cum laude (highest distinction), Doctor of Engineering - Dr.-Ing., Multiphysics Simulation and CAD-Integrated Shape Optimization in Fluid-Structure Interaction, summa cum laude (highest distinction) at Technical University of Munich
Erasmus Student, Mechanical Engineering, Erasmus Student, Mechanical Engineering at Technische Universität Hamburg-Harburg
Bachelor of Science - B.Sc., Mechanical Engineering, 3.11 (4.0: excellent - 1.0: sufficient), Bachelor of Science - B.Sc., Mechanical Engineering, 3.11 (4.0: excellent - 1.0: sufficient) at Istanbul Technical University
Turkish, English, German, Spanish