AI Agents Research
Stanford GSB research exploring what is needed to unlock the full potential of AI agents in enterprise environments. Identifies the Eight Pillars framework for production-ready AI.
Explore my work across pharmaceutical operations, software development, and AI research. Each project represents a unique challenge and learning experience.
Stanford GSB research exploring what is needed to unlock the full potential of AI agents in enterprise environments. Identifies the Eight Pillars framework for production-ready AI.
End-to-end supply chain optimization platform for pharmaceutical manufacturing, reducing lead times by 35% and improving inventory turnover.
Implemented FDA-compliant drug serialization system for pharmaceutical products, ensuring complete traceability across the supply chain.
This website! Built with Next.js 14, TypeScript, Tailwind CSS, and Framer Motion. Features a blog with MDX support and an admin dashboard.
Machine learning-based inventory optimization system for pharmaceutical distribution, reducing stockouts by 42% while minimizing holding costs.
Comprehensive framework for evaluating and implementing AI agents in enterprise settings, covering LLM selection to monitoring and telemetry.
Reusable React component library with TypeScript, Storybook documentation, and comprehensive test coverage for enterprise applications.
Microservices-based platform for integrating pharmaceutical ERP systems with external partners, handling 100K+ transactions daily.
Real-time analytics dashboard for clinical trial data, providing insights into patient enrollment, site performance, and study progress.