• Developed and optimized chemical milling processes for precise material removal from metal parts.• Analyzed metal composition to determine appropriate etchants and methods for effective milling.• Ensured dimensional accuracy and compliance with customer specifications and industry standards.

In the dynamic realm of automotive engineering, I conducted comprehensive tests on the car's front wing and nose cone through advanced simulations. My work involves meticulous research into materials and their properties, essential for informed selection. I iterated through multiple simulations to enhance the car's safety and reliability, requiring thorough examination and adjustments. During the verification phase, I meticulously scrutinize results obtained from simulations using both LS-Dyna and Abaqus, aligning them with experimental data. This holistic approach ensures that our car not only meets but surpasses safety standards, reflecting my commitment to excellence in engineering practices.

Led the team in the operation and optimization of Go-karts during race and test events.Applied advanced CFD and thermal analysis techniques to optimize Go-kart components.Conducted 3D analyses and virtual testing, reducing the need for physical prototypes.Developed lightweight and high-performance materials for Go-Kart components.Conducted structural and aerodynamic analyses to enhance vehicle dynamics.