Building intelligent, scalable, and user-focused applications using modern web technologies, machine learning, and Generative AI. Bridging cutting-edge research with production-grade engineering.
I am an undergraduate Computer Science Engineering student at G. V. Acharya Institute of Engineering and Technology (University of Mumbai). My focus spans Full Stack Web Development, Machine Learning, Generative AI, and Agentic AI architectures.
Whether architecting robust REST APIs with Node.js & Express, training XGBoost models with SHAP explainability, building Web3 crypto applications, or conducting academic research published in peer-reviewed international journals, I thrive at the intersection of practical code execution and data-driven intelligence.
A comprehensive toolkit cultivated through rigorous coursework, practical internships, open source development, and published machine learning research.
Hover over or filter technologies to explore my technical stack across software development, data science, and core computer science.
Try the live NLP Sentiment & Entity Extraction widget built during the Infosys Springboard project:
Explore production-grade full stack applications, Web3 systems, explainable machine learning architectures, computer vision platforms, and Generative AI builders.
An end-to-end machine learning system that predicts customer churn, provides SHAP explainability, and converts risk insights into retention strategies.
Medical document OCR & LLM-driven personalized diet and fitness roadmap system with integrated AI health guidance.
Automated facial recognition attendance platform built with OpenCV and Node.js with real-time student tracking.
Infosys Springboard project performing automated summarization, sentiment classification, and entity graphs.
From building systems to contributing knowledge. Advancing machine learning explainability and proactive retention architectures.
"A machine learning-based customer churn analysis and retention system integrating XGBoost prediction, SHAP explainability, a risk-based retention strategy engine, conversational AI, and an interactive visualization dashboard."
Primary gradient-boosted classification model trained for high-precision churn risk identification.
Classifies customers into High Risk (>0.70), Medium Risk (0.40–0.70), and Low Risk (<0.40) segments.
Dynamically maps risk score drivers to automated retention interventions and customer outreach actions.
Enables non-technical business users to query customer risk profiles using natural language prompts.
Delivers executive-level visibility into churn drivers, revenue loss trends, and strategy metrics.
Empirical benchmark metrics strictly matching the published journal paper results:
Interactive node pipeline: Hover over nodes to inspect component roles.
Validated proficiency in cloud-based Artificial Intelligence fundamentals, machine learning workflows, and OCI AI service architectures.
Specialized training in large language model capabilities, prompt design patterns, API integration, and AI safety practices.
Applied coursework exploring sustainable tech practices and green computing combined with practical AI implementations.
Pursuing a comprehensive curriculum in Computer Science Engineering, combining theoretical computer science fundamentals with advanced research projects and practical software development.
Have an idea, research collaboration, internship opportunity, or software project in mind? Let's connect.