Resonant Tunnelling - 2023 (GitHub)

Authors: B. Frangi
Institution: Carlos III University
Description:

  • Developed a simulation using Python to compute the transmission coefficient for an arbitrary 1D potential using the propagation matrix method.


Landau Levels - 2023 (GitHub)

Authors: B. Frangi
Institution: Carlos III University
Description:

  • Developed a simulation using Python to compute the wave function and the density function of the n-th Landau level.


Advanced Quantum Mechanics Notes - 2023 (GitHub)

Authors: B. Frangi
Institution: Carlos III University
Description:

  • Comprehensive notes from the Advanced Quantum Mechanics course taken during the Fall semester of 2023 at Carlos III University in Madrid, as part of the Engineering Physics degree program.


Python Backtracking Maze Generator - 2022 (GitHub)

Authors: B. Frangi
Description:

  • Created a Python script for generating mazes using a backtracking algorithm.


PyTransposer - 2022 (GitHub)

Authors: B. Frangi, D. Pärsson
Description:

  • Created a Python package to transpose musical chords.
  • Created extensive tests for the modules of the package and integrated them into GitHub Workflows™.
  • Published the Python package to the Python Package Index.


Django-Tex Syntax Highlighting Extension for VSCode - 2022 (GitHub)

Authors: B. Frangi
Description:

  • Created a VSCode Extension for syntax highlighting in django-tex templates™.
  • Published the extension on the Visual Studio Marketplace and on Open VSX.


Finite Parallel Plate Capacitor Simulation - 2022 (GitHub)

Authors: B. Frangi
Institution: Carlos III University
Description:

  • Simulated the electric field and the electric potential generated by a finite parallel plate capacitor using Python.
  • Modelled complex physical and mathematical problems in an simple and efficient way.’
  • Optimised the Python code to improve performance.


Quantum Potential Barrier Simulation - 2021 (GitHub)

Authors: B. Frangi
Institution: Carlos III University
Description:

  • Simulated the collision of a Gaussian wave packet with a square potential barrier using Python.’
  • Worked with Matplotlib to generate video animations to better visualize simulated results.


Design and Building Process of a Hybrid Go-Kart: A Comparison Between Electric and Combustion Drive Systems - 2020 (PDF)

Authors: B. Frangi, A. Abad (Supervisor)
Institution: Màrius Torres
Description:

  • Learned to formulate a set of design specifications for an engineering project.’
  • Designed a 3D model of a hybrid Go-Kart follow ing the design criteria.’
  • Built a prototype of the designed model.

Awards:

  • First Prize at Premi a Treballs de Recerca for High School Research Project in Engineering from the Universitat de Lleida.
  • First Prize at the Premi Argo for High School Research Project in Engineering from the Universitat Autonoma de Barcelona.