

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.
Credit Card Fraud Detection:
• In a banking-focused capstone project, I developed a machine learning solution to predict credit card fraud, addressing class imbalance issues. I selected and fine-tuned models, enhancing their accuracy in detecting fraudulent transactions.
• This four-week project sharpened my skills in data analysis, model selection, and hyperparameter tuning, alongside deepening my understanding of the banking industry’s challenges and customer trust importance.
Lead Scoring Case Study:
• In this project for X Education, I developed a logistic regression model to score and identify ‘Hot Leads’-potential customers likely to convert- out of 9,000+ data points, aiming to boost the lead conversion rate from 30% to 80%.
• The project deliverables included a detailed Python script, a solution document, a comprehensive presentation, and a summary report, showcasing my analytical approach and findings.
Telecom Churn Case Study:
• This project focuses on predicting customer churn in the telecom industry by analyzing high-value customer data to identify churn indicators. • It involves data preparation, feature engineering, handling class imbalance, and building predictive models to both forecast churn risk and understand key predictors, guiding retention strategies.
Master Thesis- A predictive analysis using Time Series Maintenance:
• Objective of Predictive Maintenance: The thesis explores predictive maintenance using time series analysis, focusing on improving reliability, efficiency, and cost-effectiveness in industrial equipment. It compares models like ARIMA and LSTM, emphasizing IOT integration for real-time data acquisition and actionable insights.
• Key Findings: ARIMA excels with linear and stationary data, while LSTM handles non-linear, sequential data with long-term dependencies. IOT enhances real-time predictions, reducing downtime and maintenance costs while increasing equipment longevity.
• Challenges and Recommendations: Addresses issues like data quality, model integration, and cost considerations, advocating for robust data governance and IOT-driven strategies to optimize predictive maintenance systems.