
Analytical and detail-oriented customer care representative seeking to transition to a data scientist role. Skilled in data analysis, statistical modeling, and programming languages. Excels at problem-solving and communicating insights to diverse stakeholders. Adept at using data to improve customer satisfaction, reduce churn, and increase revenue. Completed relevant coursework in Lachine learning, Artificial Intelligence, Tableau and Power Bi. Strong work ethic and ability to learn quickly.
Data Science - IBM
Data Science and Deep Learning - Universiti Teknologi Malaysia
Data Science using Python & R Programming - 360DigiTMG
Articial Intelligence and Deep Learning Program - 360DigiTMG
Data Visualization Using Tableau - 360DigiTMG
Python Fundamentals - NASSCOM
Certificate Course on Data Science - NASSCOM
Project: Automated Steel Product Counting Using Image Recognition
Problem: Manual counting of steel products in images is time-consuming, prone to errors, and reduces operational efficiency.
Solution: Developed a deep learning model using Python, TensorFlow, Keras, NumPy, Pandas, Yolo, RCNN Models, and deployed on AWS with Flask. The model accurately identifies the number of steel products in an image, reducing manual counting by 90% and improving operational efficiency. Achieved high accuracy (80%+) in product identification, enhancing inventory management and generating $100K annual profits by avoiding overstocking or stockouts.
Project: Solar Panel Fault Prediction
Problem: The company faces challenges with solar panel maintenance and downtime caused by difficult-to-detect faults, leading to high costs and revenue loss.
Solution: Developed a fault prediction model using Python, scikit-learn, and Random Forest algorithm, achieving 98% accuracy. Reduced maintenance costs by 25% and downtime by 20%, potentially resulting in a revenue increase of $50K per annum. Future plans include extending the model to other installations and integrating it with real-time monitoring for predictive maintenance, saving up to $500K per annum.
Project: Named Entity Recognition for Medical Curation
Problem: The company is facing challenges with identifying and classifying medical entities such as diseases, symptoms, drugs, and treatments from the unstructured medical text. This is impacting the accuracy and efficiency of their medical curation process.
Solution: Developed an NER model using Python, NLP, spaCy, and Flask to accurately identify and classify medical entities in unstructured text, achieving 80% accuracy. Improved medical curation process with 30% fewer errors and 50% faster processing time, resulting in annual cost savings of $10,000.
Chess
Cricket
Blockchain and Cryptocurrencies
Trading