Building Production RAG Systems: Lessons from Enterprise Deployments
Key architectural decisions, retrieval optimization, and evaluation frameworks for RAG at scale.
Building production ML systems that deliver measurable impact. Specializing in GenAI applications, RAG architectures, and computer vision pipelines. MS in Computer Science, Boston University.

Building production ML systems with measurable business impact
Production systems and research that drive real-world impact
Converts natural-language requests to canonical SQL then tenant-specific SQL across 6+ heterogeneous schemas
Enterprise RAG system for natural-language discovery across 1,000+ documents with 95% first-query resolution
Detects emerging substance signals 3 weeks early from 9M+ NPDS poison control records
Faster R-CNN pipeline for key entity localization in 2M+ historical genealogy records
ML model predicting mechanical properties of high entropy alloys with R² = 0.931
Technical expertise across the ML stack
Technical deep-dives on ML engineering and GenAI
Key architectural decisions, retrieval optimization, and evaluation frameworks for RAG at scale.
How we improved Cohen's κ from 0.55 to 0.85 using DSPy for automated prompt optimization.
Building seasonality-aware baselines for 9M+ records and detecting signals 3 weeks early.
Master of Science in Computer Science
B.Tech in Metallurgical & Materials Engineering
Open to ML Engineer, GenAI Engineer, and Research Engineer roles. Let's build something impactful together.