I am an electric machine design specialist with a PhD in Electrical Engineering, focusing on the multiphysics modeling, optimization, and prototyping of high-performance motors for electromobility, aerospace, and industrial applications. My research employs advanced tools like Altair Flux, MotorCAD, and Python for design automation and has been published in areas such as FEM-coupled algorithms for brushless AC motors, knowledge-based engineering systems, and rare-earth reduced motor designs. I hold certifications in machine learning and energy systems, complementing my deep expertise in electromagnetic and thermal analysis. Currently, I serve as a researcher and lecturer, integrating cutting-edge industrial design methodologies with academic instruction. My work bridges theoretical innovation with practical implementation, aiming to advance sustainable and efficient electric machine technologies.