Modular Ocean Model

For shallow-water Lagrangian particle routing.

The Basic Model Interface is a standardized set of functions allowing coupling of models to models and models to data

Open-source MATLAB-based computational platform for modeling and analyzing steel frame buildings in OpenSEES.

System of HydrodYnamic Finite Element Modules

Header-only C++-Library for grid file I/O

Python GUI of Earth Observations and Model Evaluation Toolkit

Computing the spectrum of a four level atomic system

A collection of different numerical examples implemented in deal.ii. Besides the geometry and mesh, the scripts also apply the boundary conditions if desired.

PaleoSea2D is an elaborate plugin for FEFLOW to simulate the postglacial evolution of a regional fractured-rock aquifer & aquitard subsurface system as a consequence of a major marine transgression combined with sedimentation of fines, rapid decrease in the relative sea/lake water level (~RSL), and convective migration of groundwater salinity.

Python library for working with Integrated Water Flow Models

An open source parallel programming language aimed at numerical modelling. Compiles to Fortran / MPI

jupyter notebook for data analysis of geos chem outputs

A collection of different numerical examples in LS-Dyna. Besides the geometry and mesh, the keyword files also apply the boundary conditions.

Motion detection of less than one pixel between two images dominated by background Poisson noise.

Scripts for pre- and post-processing of ROMS data

PaleoSea1D is an IFM plugin for FEFLOW to simulate diffusive or advective-dispersive transport of salinity in a forming aquitard and in the underlying aquifer.

Simulation of a double pendulum written in C++ using the SFML multimedia library.

A portfolio of coding projects using MATLAB, Python, and R. Showcasing my work in atmospheric modeling, numerical methods and ODEs, and statistics.

Grad Course (2020-2021), CE 200B – Environmental Fluid Mechanics II