Production RAG Pipeline
IntermediateBuild an end-to-end retrieval system for querying documents with LLMs.
RAG pipelines, fine-tuned models, deployed APIs, MLOps and AI agents — projects that prove you can ship AI in production.
Build an end-to-end retrieval system for querying documents with LLMs.
Fine-tune a transformer model for domain-specific sentiment analysis.
Automate the full ML lifecycle from training to deployment.
Systematically benchmark and compare LLM and RAG pipelines.
Build a production-grade computer vision inference API.
Orchestrate autonomous agents that plan, research, and write.
Extract validated structured data from unstructured text.
Track drift, performance and health of deployed models.
Ship a low-latency embedding-based search service.
Parse scanned documents and images into structured records.
Fine-tune a 7B model on a custom instruction dataset.
Design online + offline feature serving for ML pipelines.
Detect toxic or harmful content in real-time text streams.
Build an agent that reads issues and opens working PRs.
Extract entities and relationships into a queryable graph.
Run controlled experiments across prompts and models.
Convert spoken audio into validated structured records.
Process tens of thousands of inference jobs asynchronously.
Add safety, PII and topic guardrails around any LLM app.
Build a chat assistant with persistent personalized memory.
The single biggest signal in an AI engineer portfolio is deployed models, not notebooks. Recruiters and hiring managers can spot a Jupyter-only portfolio in seconds — and it almost always loses to a candidate with one clickable, live API. Wrap your work in FastAPI, ship it in Docker, and put a live URL plus a 30-second demo GIF at the top of every README. A working endpoint beats a beautifully-formatted notebook every time.
For LLM work in 2026, prioritize RAG over fine-tuning. Most companies don't need (and can't afford) a custom fine-tune — they need retrieval over their own data with good chunking, reranking, and evaluation. Build at least two production-quality RAG projects with a real vector database (Pinecone, Qdrant, Weaviate, or pgvector), a reranker, and an evaluation harness like RAGAS. Add one LoRA or QLoRA fine-tune to prove you understand the training loop, but lead with retrieval.
You also need MLOps basics: Docker, GitHub Actions CI/CD, MLflow or Weights & Biases for experiment tracking, and at least one project showing model monitoring (drift, latency, cost). You don't need Kubernetes — a clean Docker + Railway/Fly.io deployment is enough for portfolio purposes. What matters is showing the full path from `git push` to a live endpoint, with tests and observability in between.
Finally, GitHub plus a live demo is mandatory. Every project needs a public repo with a clean README (problem, architecture diagram, tech stack, live link, demo GIF), and ideally a 2-minute Loom walkthrough. The pattern that consistently lands AI engineer interviews: 4–6 deployed projects covering RAG, an agentic workflow, MLOps, and one fine-tune — each with a live URL, a clean repo, and a one-paragraph explanation of why you chose that architecture.
Get a portfolio-ready AI project with architecture, tech stack, and a step-by-step build plan in under 60 seconds.