Fake News Detection | NLP • Machine Learning
Built an end-to-end NLP-based ML system to automatically classify news articles as Fake or Real, addressing the challenge of large-scale misinformation detection.
What I did
Cleaned and preprocessed unstructured text using NLP techniques (stopwords removal, lemmatization)
Converted text into numerical features using TF-IDF vectorization
Trained and evaluated a Support Vector Machine (LinearSVC) classifier
Performed analysis and experimentation in Kaggle Notebooks
Visualized text patterns using word clouds and plots
Key Results
Handled large, noisy text datasets efficiently
Achieved ~99% accuracy on test data
Tech Stack
Python • Pandas • NumPy • Scikit-learn • NLTK • SpaCy • TF-IDF • SVM • Matplotlib • Seaborn
Netflix Data Analysis | Python • Power BI • Jupyter Notebook
End-to-end Data Analytics & BI project on real-world Netflix data (~10K records) to uncover trends and build interactive dashboards.
What I did
Cleaned and preprocessed large datasets using Python (Pandas, NumPy)
Performed EDA to analyze genres, popularity, and release trends
Created insightful visualizations using Matplotlib & Seaborn
Built an interactive Power BI dashboard with KPIs, slicers, and drill-downs
Modeled data using Power Query for scalable reporting
Key Insights
Top 10 most popular movies
Top 5 performing genres
Peak year for movie releases
Fake News Detection
NLP and machine learning project using Python, Scikit-learn, NLTK, SpaCy, TF-IDF, and LinearSVC. Cleaned and processed more than 50,000 news articles, benchmarked four classifiers, and achieved 89% test accuracy with LinearSVC. Identified discriminating n-grams for misinformation content moderation.
Netflix Content Strategy Dashboard
Data analytics and business intelligence project using Python, Pandas, Seaborn, SQL, and Power BI. Cleaned approximately 8,800 records, handled missing director and cast values through logical imputation, analyzed content trends, and built a multi-page dashboard with genre slicers, year-over-year trends, and regional heat maps.