Project Overview: The FD-BPM project is a physics simulation tool that I developed to simulate light interaction with waveguides. This tool is designed for researchers and engineers who need to model optical systems accurately.

Technologies & Tools:

• Python: Chosen for its extensive libraries and community support, enabling complex scientific computations and simulations.
• Numba: Utilized for just-in-time compilation to optimize performance, making real-time calculations possible.
• NumPy & Pandas: These libraries were key in handling numerical and data manipulation tasks efficiently.
• PySide2: Used for creating the graphical user interface (GUI), allowing for interactive simulation control and visualization.
• Matplotlib: Integrated for plotting and visualizing simulation results within the GUI.

Key Contributions:

• Light Simulation: Developed algorithms to accurately simulate the behavior of light within various waveguide structures.
• GUI Development: Crafted a user-friendly GUI, making the tool accessible for non-programmer researchers and facilitating a more intuitive interaction with the simulation parameters.
• Performance Optimization: Focused on optimizing the code to allow for real-time calculations, which is crucial for iterative design and analysis processes.

Availability: The project is available as an open-source resource, providing a valuable tool for the physics and engineering community. It can be found on its GitHub repo.