Project 1: Free Fall Simulator with Air Resistance

Vertical motion model with quadratic air resistance. Parameters from Google Sheets (.csv), simulation in Python and Jupyter Notebook.

• Notebook: free_fall_simulation.ipynb
• Parameters: free_fall_params.csv
• Script: free_fall_model.py

Project 2: Scientific SI Units Converter

Standard physical unit conversion system (length, mass, energy, etc). Data from Google (.json), Python library and interactive notebook.

• Library: si_converter.py
• Units DB: si_units.json
• Notebook: si_converter_tests.ipynb

Project 3: Symbolic Differential Equations Model

Symbolic solution and visualization of ODEs (e.g., harmonic oscillator). Initial parameters from Google (.csv), symbolic execution in Jupyter, model serialization in .pkl.

• Notebook: symbolic_ode_model.ipynb
• Initial Conditions: ode_initial_conditions.csv
• Serialized Model: ode_model.pkl