Developed analytical and problem-solving skills in fast-paced, data-driven environment. Effectively utilized tools and methodologies such as statistical analysis and data visualization to drive business decisions. Seeking to leverage these transferrable skills in new and dynamic field.
Predictive Maintenance for Batch Reactor equipment
-Developed a machine learning model to predict maintenance needs in a batch reactor process.
-Conducted comparison analysis using historical log sheets to identify key failure patterns.
-Achieved 80% accuracy in forecasting maintenance requirements, improving operational efficiency.
Tools used:python,machine learning,
AI-Generated vs. Real Art Classification
-Implemented a deep learning model using Fast AI to distinguish AI-generated images from real artwork.
-Trained and fine-tuned the model on a curated dataset, enhancing classification performance.
-Improved accuracy through iterative model optimization, contributing to reliable image verification.
Tools used:Deep learning,FastAI library,pytorch
Viral Social Media Trends
-Exploratory Data Analysis (EDA) is performed to analyze engagement patterns.
-SQL database is used for efficient data storage and querying.
-Power BI dashboard visualizes key metrics such as views, likes, shares, and regional engagement.
-Helps identify trending hashtags, top-performing regions, and content virality.
Tools used:EDA analysis,SQL,powerBI
Platform: Cognitive Class (by IBM)
Platform: Coursera (Authorized by Microsoft)
Platform: Cognitive Class (by IBM)