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Data Scientist
B.Tech. Electrical and Electronics Engineering
M.S. Data Science
Data Scientist with expertise in advanced analytics, machine learning, and software engineering. Skilled at transforming raw data into actionable insights and communicating technical concepts to diverse audiences. Seeking a challenging role to apply advanced data science techniques, programming skills and problem-solving abilities to build data driven business solutions.
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The project focuses on developing models using CNN-LSTM and XGBoost to analyze telematics data, leveraging isolation forests to detect anomalies, assess driving patterns, and score driver safety. Interactive Tableau dashboards made insights accessible to non-technical audiences, supporting safer driving practices and decision-making.
The Chest X-ray Pneumonia Detection project involved deploying an AWS EC2 web application powered by deep learning to identify pneumonia from chest X-rays with 87% accuracy, supporting medical diagnosis. The workflow incorporated tools like MLflow, DVC, GitHub Actions, and modular coding to ensure efficient experiment tracking, version control, and seamless CI/CD integration.
The Conversation Emotion-Cause Pair Extraction project focused on modeling the extraction of emotion-cause pairs from conversations. By leading a team and employing effective delegation and goal setting, the project achieved 61% accuracy in emotion classification through fine-tuning a RoBERTa model with PyTorch, enhancing expertise in NLP. Transfer learning was applied to a BERT SQuAD Hugging Face model, attaining a 62.2% proportional F1 score in causal span detection.
The Statistical Analysis of Greenhouse Gases project involved using regression modeling to forecast CO and NOx levels, providing actionable insights for emission management. The work included exploratory data analysis (EDA), data cleaning, feature selection, and diagnostic techniques, resulting in a 6% improvement in the adjusted R², enhancing the model's predictive accuracy.
The English Premier League Predictor project involved building an ETL pipeline with Airflow and AWS to ingest and store EPL data in Amazon Redshift for efficient SQL-based extraction and analysis. Machine learning models were trained to predict match outcomes, and Power BI dashboards were developed to support data-driven decision-making.
The anime recommendation web application, built using Flask, featured a recommendation model based on content-based filtering. Anime data was web-scraped, and user reviews were classified as positive or negative using BERT sentiment analysis, enhancing personalized user experience.
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