Simulating structural behavior before it happens on site
I combine the Finite Element Method (FEM), computational modeling and artificial intelligence to analyze and predict the structural response of civil engineering projects — from stress and displacement fields to data-driven pattern analysis — bridging numerical simulation with real construction experience.
Finite Element Method
Discretizing complex structures into simple elements to numerically simulate how loads, stresses and deformations distribute across an entire geometry.
Computational & AI-Driven Modeling
Building numerical and data-driven models — including machine learning applied to fractal characterization — to support structural decisions before construction begins.
Structural Analysis & Project Controls
Combining hands-on site experience with structural verification, planning and cost/schedule control for safer, more efficient projects.