Christ University Road, 30 Valor Court At Post: Dasve Lavasa,Taluka: Mulshi Pune 412112, Maharashtra.

Focus : Python, R, and SQL are my go-to tools, and I'm always eager to learn more.

Specifications : Ms Excel, SQL, Python, Power BI,R

Languages

English, Hindi, Kannada,

Hobbies

Travelling, Participating in Cultural Fests and Festivals


Summary

Hello, I am a Data Science graduate student with hands-on experience in machine learning and predictive modeling. Proficient in Python, SQL, and R, with a strong foundation in statistical analysis and data preprocessing. Demonstrated ability to develop and implement ML models for real-world applications, including customer churn prediction, spam detection, and fraud detection. Multilingual professional with excellent communication skills and a quick adaptability to new technologies. Seeking opportunities to leverage technical expertise and analytical skills in a challenging data science role.


Education History

MSc Data Science - 57 %
2023-08 / 2025-06
Christ (Deemed to be University)
BSc PME - 64 %
2018-06 / 2021-05
Christ (Deemed to be University)
PCME - 76 %
2016-06 / 2018-05
Vijaya College

Internships

Machine Learning Intern - Encryptix
2024-06 / 2024-07

During my time at Encryptix, I worked on three impactful machine learning projects:

• Customer Churn Prediction using Logistic Regression: - I developed a model to predict customer churn by leveraging logistic regression. - This involved processing customer demographics and usage data to achieve high accuracy in identifying at-risk customers. - Key insights included factors like tenure, credit score, and estimated salary.

• Spam SMS Detection using Naive Bayes Multinomial NB: - I built a spam detection model using the Naive Bayes Multinomial NB algorithm. - By converting SMS text data into numerical format with TF-IDF, I achieved reliable spam detection. - The model effectively identified spam messages based on specific keywords and phrases.

• Credit Card Fraud Detection using Random Forest Classifier: - I created a fraud detection model using the Random Forest Classifier. - The result was a robust model that achieved high accuracy in detecting fraudulent transactions.

• These projects provided me with hands-on experience in data preprocessing, model building, and evaluation, enhancing my skills in machine learning and data science.