I'm a passionate Data Scientist from Kerala, India, with over 6 years of experience in machine learning, deep learning, and artificial intelligence. I specialize in building predictive models, natural language processing, computer vision, and turning complex data into actionable insights. My research has been published in leading AI conferences, and I've led data science teams at Fortune 500 companies. With a strong foundation in mathematics and statistics, I help organizations leverage data-driven decision making. When I'm not analyzing data, you'll find me contributing to AI research, mentoring aspiring data scientists, or exploring the beautiful backwaters of Kerala.
My academic background and qualifications
Doctoral research focused on Deep Reinforcement Learning for Healthcare Applications. Published 8 research papers in top-tier conferences including NeurIPS, ICML, and AAAI. Dissertation: "Explainable AI Models for Medical Diagnosis". GPA: 4.0/4.0. Recipient of Google PhD Fellowship and Best Thesis Award.
Specialized in Statistical Machine Learning and Big Data Analytics. Master's project on "Predictive Analytics for E-Commerce Recommendation Systems". GPA: 9.4/10. Gold Medalist - Best Academic Performance. Teaching Assistant for Advanced Machine Learning course.
Graduated with First Class with Distinction. Completed comprehensive coursework in Algorithms, Data Structures, Machine Learning, Database Management, and Software Engineering. President of Women in Technology club. Dean's List all semesters. CGPA: 9.2/10.
My professional journey and work experience
Professional certifications and achievements
Technical skills and competencies
Showcasing my work and achievements
Deep learning model for early detection of diabetic retinopathy from retinal images. Achieved 96.8% accuracy using convolutional neural networks, deployed in 50+ hospitals across India helping diagnose 100,000+ patients.
NLP model for sentiment analysis in Malayalam and Hindi using transformer architectures. Processed 5M+ social media posts with 92% accuracy. Open-sourced dataset benefiting researchers across India.
Predictive analytics model for telecom industry predicting customer churn with 89% accuracy. Identified key retention factors leading to 30% reduction in customer attrition and $10M annual savings.
Machine learning system for real-time credit card fraud detection processing 1M+ transactions daily. Reduced false positives by 45% while maintaining 98.5% fraud catch rate using ensemble learning techniques.
Languages I speak and write
Things I enjoy doing in my free time
Get in touch for collaborations or opportunities