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1. SOEC-Cell-First-Principles-Modeling SOEC-Cell-First-Principles-Modeling Public

   Cell-level, first-principles electrochemical modeling of Solid Oxide Electrolysis Cells (SOEC) for hydrogen production at lab scale (IDAES/Pyomo + opyrability).

   Jupyter Notebook

2. SOEC-Stack-Flowsheet-TEA SOEC-Stack-Flowsheet-TEA Public

   Stack/system-level flowsheet model and techno-economic analysis (Monte Carlo) of HT-SOEC hydrogen production at industrial scale, with Underground Hydrogen Storage (UHS).

   Jupyter Notebook

3. TEA-Interactive-Model TEA-Interactive-Model Public

   Python 1

4. IDAES---SOEC-Operability-mapping IDAES---SOEC-Operability-mapping Public

   Jupyter Notebook

5. Publications-and-Dissertation Publications-and-Dissertation Public

   PhD dissertation (WVU, 2026) and peer-reviewed publications on electrolyzer modeling, process operability analysis, and techno-economic optimization for green hydrogen production.

6. lithium-ion-cell-modeling lithium-ion-cell-modeling Public

   Physics-based electrochemical modeling of lithium-ion cells in Python: a from-scratch DFN/SPM solver, parameter estimation, and thermal, degradation, and design studies, validated against PyBaMM.

   Jupyter Notebook 1