Scientific software

Code built around physical questions.

I develop software when research needs a transparent, testable, and reusable workflow that connects equations, data, images, and engineering decisions.

ClassRoomSTORM Studio launcher

Open source | 2026

ClassRoomSTORM Studio V1.1

A cross-platform Python teaching toolkit connecting stochastic blinking simulation with an independent localization and super-resolution reconstruction workflow.

  • Virtual blinking experiments from text, dots, or logos
  • Video inspection, cropping, localization, and reconstruction
  • Frame-aware truth validation after reconstruction
  • Quantitative reports, tables, figures, and metadata
  • 54-test regression suite and multi-platform CI
Python | PySide6 | NumPy | OpenCV | Matplotlib
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Private research codeVersioned developmentVerification cases maintained separatelySource available only by arrangement

Private research platform | 2024-present

M2S-CORE

A private, actively developed multiphysics CFD codebase for compressible, multiphase, and reacting-flow research. Detailed numerical and acceleration claims are reported only where they have a versioned benchmark or technical record.

  • Conservative finite-volume architecture
  • Approximate Riemann solvers and MUSCL/WENO reconstruction
  • MPI communication and AMR-oriented workflows
  • GPU-oriented kernels and backend-equivalence tests
  • Shock-tube, shock-bubble, and interface-transport verification
C++20 | MPI | HIP | CMake | Python | VTK

The code is not currently in the public domain. Technical scope and verified capabilities are documented here without exposing private source.