
Agents | Inference Engineering | Retrieval | Memory | Observability | Evals
Side Quests

Lightweight but powerful Python inference engine for Qwen3-4B on CUDA GPUs, with KV caching, prefix caching, paged attention, continuous batching, and disaggregated prefill/decode.

Self-improving coding agent with a persistent Python workspace, isolated subagents, and durable local sessions.

Local, terminal-first observability and evals for Python agents. Traces, versioned datasets, no cloud.

Semantic memory with a 3D brain atlas and MCP tools — typed, deduplicated memories by meaning.
Writing
Notes from the build.
Experience
AI systems I have helped ship.
Binoloop
AI Engineer
Apr 2025 – Dec 2025
- •Shipped a production RAG system with BM25, dense retrieval, query expansion, reranking, and conversational memory, improving retrieval relevance by 40% and user engagement by 25%.
- •Created an LLM prompt-optimization pipeline with chain-of-thought and few-shot examples, improving regulation and urban-planning document analysis accuracy by 35%.
- •Cut response latency by 78% and memory footprint by 71% via connection pooling, leaner data structures & pipeline refactoring.
- •Automated evaluation with an LLM-as-a-Judge framework using GPT-4.1, reducing manual annotation effort by 80%.
Lamarr
Artificial Intelligence Intern
Sep 2024 – Mar 2025
- •Built FastAPI services to automate scraping of 10,000+ Indian court case files, improving legal data accessibility by 60%.
- •Designed a LangGraph multi-agent system for contract analysis, identifying adversarial clauses with 85% precision.
- •Delivered a production RAG pipeline with hybrid search for a legal Q&A chatbot, improving answer relevance by 40%.
- •Implemented document preprocessing and chunking workflows for long-form legal text, improving retrieval consistency and reducing noisy context in downstream contract and case-law analysis.
Findability Sciences
Data Science Intern
Jan 2024 – Jun 2024
- •Built an end-to-end time-series forecasting pipeline with XGBoost and feature engineering, achieving 98.8% accuracy on a 10,000+ row dataset.
- •Developed hierarchical classification datasets across five business domains using custom ontologies.
- •Created model evaluation dashboards and error-analysis reports to compare forecast performance across segments.
Activity
GitHub and toolchain.
Stack I use
Technologies I work with to build AI systems and applications