My research journey in computational mechanics began with a deep curiosity about how mathematical formulations can be translated into scalable computational systems. Frameworks like FEniCS and concepts such as variational methods and phase field modeling fundamentally changed the way I think about mechanics, simulation, and numerical algorithms.
These frameworks introduced modern approaches for solving PDEs, fracture mechanics, topology optimization, and adaptive finite element problems. They became the mathematical and computational foundation for much of my research in high-fidelity scientific simulation.