I'm an Electrical Engineering student interested in scientific computing, numerical simulation, computational physics, and AI for engineering.

I enjoy turning mathematical and physical models into working computational tools, numerical solvers, and visual simulations using Python and MATLAB.

A significant part of my technical skills has been developed through independent research and project-based learning. I may not always know the solution to a problem at the beginning, but I am comfortable researching unfamiliar topics, learning the required theory and tools, and turning that knowledge into a working solution.

Numerical Methods: Linear Algebra · Monte Carlo · BEM · TMM · Numerical Modeling · 3D Meshing · Scientific Visualization

MATLAB-based solver for the surface charge distribution of 3D conductors in external electric fields using the Boundary Element Method.

MATLAB · BEM · Numerical Linear Algebra · 3D Meshing · App Designer

Numerical solver for quantum transmission and reflection through arbitrary one-dimensional potentials using the Transfer Matrix Method.

MATLAB · Quantum Mechanics · TMM · Numerical Methods

Machine-learning pipeline for predicting HOMO-LUMO energy gaps of molecules using the QM9 dataset.

Python · scikit-learn · Pandas · Regression · Quantum Chemistry

3D visualization of hydrogen atom wave functions using Monte Carlo sampling and probability-density calculations.

Python · NumPy · SciPy · PyVista · Quantum Mechanics

Stochastic spatial SIR simulation with local interactions and Monte Carlo analysis.

Python · NumPy · Matplotlib · Monte Carlo · Stochastic Simulation

• Silver Medal — National Physics Olympiad, Iran
• Physics Olympiad Instructor — Teaching physics and problem-solving to olympiad students
• Physics Olympiad Examiner — Experience in evaluating and grading olympiad examination papers

Electrical Engineering Electromagnetics · Engineering Computation · Mathematical Modeling

Physics Quantum Mechanics · Computational Physics · Numerical Simulation

Mathematics Linear Algebra · Differential Equations · Numerical Methods · Probability & Statistics

I approach unfamiliar problems through research, self-learning, experimentation, and implementation. My goal is not only to use existing tools, but to understand the underlying problem well enough to build a solution.

B.Sc. Electrical Engineering Iran University of Science and Technology

Research. Learn. Build.