π Master's Student in Data Science at University of Naples Federico II
π Passionate about Data Science, Machine Learning, and Artificial Intelligence
π€ Interested in Natural Language Processing, Predictive Modeling, and Generative AI
π Building real-world data science and AI projects
π Open to opportunities as:
β’ Data Analyst
β’ Junior Data Scientist
β’ Machine Learning Engineer
β’ AI Engineer
Machine Learning β’ Deep Learning β’ Statistical Analysis β’ Predictive Modeling β’ Feature Engineering β’ Model Evaluation
Pandas β’ NumPy β’ Matplotlib β’ Seaborn β’ Plotly β’ Power BI
Natural Language Processing (NLP) β’ Large Language Models (LLMs) β’ Retrieval-Augmented Generation (RAG) β’ LangChain β’ Text Mining
Git β’ GitHub β’ Jupyter Notebook β’ Google Colab β’ Streamlit β’ SQLite
β’ Deep Learning with PyTorch
β’ Large Language Model (LLM) Applications
β’ Advanced Machine Learning
β’ MLOps Fundamentals
Built a conversational AI application that enables users to upload PDF documents and interact with them using Large Language Models with Retrieval-Augmented Generation (RAG).
Technologies:
Python β’ LangChain β’ Streamlit β’ HuggingFace Transformers β’ NLP β’ LLMs β’ RAG β’ Document Processing
End-to-end data science project analyzing SpaceX launch data to identify factors influencing rocket landing success and build predictive machine learning models.
Technologies:
Python β’ Pandas β’ NumPy β’ SQL β’ Scikit-learn β’ Matplotlib β’ Seaborn β’ Plotly Dash β’ Folium β’ Machine Learning β’ Data Analysis
Machine learning and deep learning models for classifying news articles as real or fake using NLP techniques and advanced text representations.
Technologies:
Python β’ NLP β’ TF-IDF β’ Word2Vec β’ Scikit-learn β’ Deep Learning β’ LSTM β’ GRU β’ Transformers β’ Text Classification
Forecasting insect colony weight using environmental sensor data with time series modeling and interactive data visualization dashboards.
Technologies:
Python β’ Time Series Analysis β’ ARIMA β’ SARIMA β’ Pandas β’ Data Visualization β’ Power BI β’ Streamlit
Machine learning regression models developed to predict housing prices using the California Census dataset with feature engineering and hyperparameter tuning.
Technologies:
Python β’ Pandas β’ NumPy β’ Scikit-learn β’ Random Forest β’ Regression Models β’ Grid Search β’ Data Preprocessing
Master's in Data Science
University of Naples Federico II
Apple Developer Academy
University of Naples Federico II