In dynamic and fast-paced environment, developed skills in data analysis, problem-solving, and strategic thinking. Excel in interpreting complex data sets and delivering actionable insights to support business objectives. Seeking to transition into new field where these transferrable skills can drive meaningful impact and innovation.
Project 1: Predicting Auto-Fraud Claims
• Analyzed insurance data using Python, Pandas, Machine Learning Algorithms and Matplotlib to support fraud detection.
• Built Machine Learning models to predict fraud outcomes, enhancing fraud prevention.
• Created data visualizations to identify and communicate patterns in auto-fraud claims.
Project 2: Telecom Churn Prediction
• Predicted customer churn using Feature Engineering and Principal Component Analysis (PCA) for dimensionality reduction.
• Applied Machine Learning algorithms and Data visualization techniques to help understand and address customer retention.
Project 3: Identifying Entities in Healthcare Data
• Implemented Natural Language Processing (NLP) tasks, including POS tagging, stop word removal, Bag-of-Words, and TFIDF Vectorization. • Used Conditional Random Fields (CRF) for Named Entity Recognition (NER) to identify entities like treatments and diseases within healthcare data.
Project 4: Automatic Ticket Classification
• Developed a model to classify customer complaints by product/service using NLP.
• Applied techniques such as POS tagging, lemmatization, TFIDF Vectorization, n-gram analysis, and Topic Modeling for efficient text classification.
Project 5: Sentiment-Based Product Recommendation System
• Led the development of a Recommendation System using Sentiment Analysis to suggest products based on customer reviews.
• Deployed the model with Flask and Heroku to ensure accessibility and scalability.
• Enhanced usability by creating a user-friendly interface, making the system accessible to a wider audience