Python
Experienced
Hello, I'm
Data Scientist
Get To Know More
3+ years in Data Science

M.S in Business Analytics
B.E in Computer Engineering
I am a passionate and results-oriented data scientist with over 3 years of experience in leveraging data to solve complex problems and drive actionable insights. I possess a strong foundation in the data science lifecycle, from data acquisition and cleaning to model development, deployment, and monitoring. I am proficient in Python, R, SQL and have experience in working with diverse data sources of peta byte scale and cloud platforms. Throughout my career, I have successfully delivered impactful projects across various industries, such as Consulting, Technology and Entertainment. I am a strong communicator with the ability to effectively translate complex technical findings into clear and concise reports, presentations, and visualizations, ensuring stakeholders understand the value derived from data analysis.
Explore My
Experienced
Experienced
Foundational
Experienced
Foundational
Intermediate
Experienced
Experienced
Experienced
Experienced
Experienced
Experienced
Experienced
Experienced
Experienced
Intermediate
Browse My Recent
Predicted 2024 NYC Taxi Demand by deploying Seasonal ARIMA, Exponential Smoothing, and Prophet models with MAPE of 2.14%, optimized driver schedules and rider wait times, translating to 65% increase in operational efficiency
Engineered a Credit Card Fraud Detection logic by training ensemble models (RF, CatBoost, XGBoost, LightGBM) with a test accuracy of 78.34% at 3% FDR. Identified over 70% of fraudulent applications, translating to $12.2M in annual savings
Developed a facial emotion recognition system by training a CNN model on 54K images and used Kernel SVMs for classification, achieving sub-5% loss throughout training. Also, visualized performance with F1-score vs. epochs
Proficiently managed an NLP pipeline by Implementing tokenization, stemming, and diverse feature extraction techniques such as Bag Of Words, TF-IDF, and Word2Vec, attaining an accuracy of around 90%. Deployed Logistic Regression and Support Vector Machine (SVM) to classify the text
Utilized Tableau for Netflix growth and revenue analysis, identifying key drivers including subscriber growth, content consumption patterns, and geographic trends. Analyzed factors such as subscription plans and content acquisitions to optimize strategies, resulting in enhanced revenue streams
Developed a K-Means clustering model, employing the Elbow Method optimization technique, and performed Customer Demographic Analysis by extracting their order purchase details. Leveraged PCA analysis to deepen insights and refine understanding of customer segmentation dynamics.
Get in Touch
"Consistency doesn't guarentee that you'll be successful but not being consistent will guarentee that you won't reach success"