My Projects
A collection of my recent work and personal projects. Each project represents a unique challenge and learning experience.
ChatVocate: Azerbaijani Legal AI
A sophisticated, bilingual legal assistant chatbot designed for the Azerbaijani legal system with OpenAI GPT integration.
Rain in Australia
A comprehensive data science project analyzing and predicting rainfall patterns across Australia using advanced machine learning algorithms and statistical modeling techniques.
ConsulCon25 Presentation
A comprehensive presentation project developed in Würzburg and presented in Gran Canaria, Spain.
VGI-Flexi: Rural Transport Analytics
An analytics platform for optimizing rural public transportation by predicting passenger no-shows.
Silent Routes: Holocaust Remembrance
A data-driven project to visualize the forced journeys of Holocaust victims, using data from the Arolsen Archives to shed light on historical patterns of persecution.
coRELation: Religion, Diversity & Social Cohesion
A Data4Good26 hackathon project transforming survey data into insights on religious diversity, trust, and social cohesion. Explore how knowledge and contact shape perceptions across European societies.
Academic Presentations
Mathematical explorations and academic presentations showcasing theoretical knowledge and practical applications.
Differential Equations l: Newton's Law of Cooling (+experiment)
An in-depth mathematical exploration of Newton's Law of Cooling through theoretical analysis and practical experimentation, demonstrating how differential equations model real-world temperature phenomena.
Differential Equations l: 1-D Presentation of 3-Body Problem
A comprehensive mathematical presentation exploring the classical three-body problem through one-dimensional analysis, showcasing the complexity and beauty of celestial mechanics using differential equations.
Differential Equations III: Advanced Mathematical Analysis
Advanced mathematical analysis and differential equations presentation exploring complex mathematical concepts and their applications.
Locusts vs. Crops: A Predator-Prey Model
A comprehensive mathematical exploration of the dynamic interaction between locust populations and crop growth using predator-prey modeling with human intervention strategies.
Lagrangian Modeling: Falling Rope & Mass
A comprehensive exploration of Lagrangian mechanics applied to a rope with an attached object falling into a deep hole. Using energy conservation and the Euler-Lagrange equation to infer falling depth from measured fall time in a conservative system.
Autocatalytic Chemical Reactions: From Reaction Structure to Emergent Dynamics
An exploration of how seemingly simple changes in chemical reaction structures lead to complex, nonlinear dynamics. Examining both deterministic (ODE-based) and stochastic (particle-based) modeling approaches to understand autocatalytic reactions and their emergent behaviors.