Reusable FEM Framework
A private MATLAB-based computational framework for assembling and solving PDE models with sparse systems, boundary conditions, verification tests, and visualization.
MATLABFEMSparse matrices
FEM · PDEs · Scientific Computing · Multiphysics
Numerical simulation for multiphysics systems.
PhyNumerics is a technical portfolio and early-stage scientific computing brand focused on finite element methods, numerical PDEs, verification, and engineering simulation.
FEMFinite element formulation and implementation
PDENumerical methods for scientific models
MMSVerification by manufactured solutions
MATLAB/PythonResearch-grade computing workflow
Portfolio direction
This website is designed to make the technical work visible to employers, collaborators, and future clients while keeping private research code protected.
Verification Case Studies
Public-facing case studies show problem statements, weak forms, numerical results, convergence behavior, and figures without exposing proprietary implementation details.
MMSConvergenceReports
Scientific Computing Services
Early service direction: custom FEM solver development, MATLAB/Python implementation, code verification, simulation reports, and numerical model prototyping.
ConsultingSimulationPDEs
Preparing for graduation and technical roles
PhyNumerics presents a clear career identity: computational mathematics, finite element methods, numerical PDEs, and simulation software for scientific and engineering systems.