I am a PhD student and developer with a strong background in physics and experience in software engineering. As a PhD student in Physics, I specialize in building simulation libraries and analyzing real-world datasets, working at the intersection of computational modelling, data analysis, and scientific research. My interests span complex systems, dynamical models, and embedded hardware projects.

• Complex systems & emergent behavior 🐜
  Exploring how simple rules give rise to intricate patterns in nature and society.

• Dynamical models & simulation 🚄
  Modeling traffic flow, epidemics, economics and population dynamics using agent-based and numerical approaches.

• Big data processing & analysis 🛰️
  Leveraging scalable computational methods to extract insights from large-scale environmental and geospatial datasets.

• Embedded systems & Arduino projects 💻
  Designing and implementing hardware-software solutions for scientific and educational applications.

• Traffic Flow Dynamics Model: C++ library for synthetic traffic data generation.
• Aral Sea Shrinking: Satellite image processing for environmental analysis.
• HP Model: Applications of the HP model for protein folding.
• SIR Project: C++ implementation of the SIR epidemiological model.
• Rimini: Traffic data analysis for the city of Rimini.
• Wealth Distribution: Simulation of wealth distribution in closed communities.
• World Population Growth: Statistical study of global population growth.

• The Unibot: Telegram bot for University of Bologna data.
• Miscellanea: A collection of various small projects and experiments.