Computational Engineer & Researcher
PhD student at University of Washington. Specializing in computational seismology, finite element analysis, and high-performance scientific computing for structural engineering.
PhD student at University of Washington. Specializing in computational seismology, finite element analysis, and high-performance scientific computing for structural engineering.
Finite Element Method Object-oriented Research Analysis library. Advanced structural FEM meshmaker with domain partitioning for supercomputing environments.
View on GitHub →Python-based computational tool for analyzing site response using layered soil models. Implements advanced wave propagation algorithms.
Learn More →High-performance GPU-accelerated visualization toolkit for particle systems and wave propagation using real-time rendering of complex meshes.
Explore →Collection of structural analysis implementations using OpenSees. Advanced simulations for earthquake engineering and structural dynamics.
View Repository →Implementation of advanced material constitutive models for structural analysis demonstrating sophisticated computational mechanics techniques.
Details →High-performance computing implementations focusing on parallel algorithms, optimization techniques, and efficient numerical methods for simulations.
Explore Code →I'm currently open for speaking engagements, research collaborations, and consulting opportunities in computational mechanics and high-performance engineering.
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