AI Engineer — retrieval systems, agentic workflows, evaluation-driven LLM apps.
Final-year CS engineer who ships end-to-end: hybrid retrieval, LangGraph agents, and full-stack deployments — then measures whether they actually work instead of assuming.
I'm a final-year Computer Science engineer who works across the full spectrum of applied AI — classical machine learning, deep learning, and large language models — rather than staying in one lane. I've trained and evaluated traditional ML models (regression, classification, clustering, dimensionality reduction), built neural architectures from first principles, and shipped LLM-based systems end-to-end, from retrieval and agent orchestration to production deployment.
What ties it together is a research mindset: I learn by building and measuring, not by stopping at a tutorial. I care less about which model or technique is newest and more about whether a system can be trusted to do what it claims — which is why evaluation, experimentation, and rigorous data analysis show up everywhere in how I work, whether that's a case study, a classical ML pipeline, or an LLM application.
Hybrid dense + BM25 search, RRF fusion, cross-encoder reranking.
LangGraph orchestration — state, checkpointing, human-in-the-loop.
RAGAS-driven measurement instead of assuming a pipeline works.
FastAPI, PostgreSQL, auth, and shipping to a real, live URL.
Developed a production-level Android application for internal company use, gaining hands-on experience with real-world development workflows.
Built and evaluated machine learning models on real-world datasets using Python, NumPy, Pandas, and scikit-learn.