Master the skills the job market is actually hiring for.

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LLM & RAG Engineering Bootcamp Certificate

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10 lessons1 capstone project

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Bootcamp Mastery Certificate B04

Build production-style LLM applications rather than train foundation models: agentic RAG, vector search, orchestration, systematic evaluation, monitoring and a complete knowledge-grounded application. The 2026 video sequence is the current implementation spine.

Benchmark: DataTalksClub LLM Zoomcamp -- DataTalksClub LLM Zoomcamp is a free video-led course and uses project-based certificate rules during eligible cohorts; provider certificate availability depends on the active cohort, deadlines and peer-review requirements. This is a Zuyini Bootcamp Mastery Certificate built around free LLM Zoomcamp video materials, using the independent build-and-proof rubric below.

Core Video Sequence

01 — Current canonical lecture sequence

02 — 2026 cohort recordings & current implementation

03 — Environment, uv, dependencies & API setup

04 — RAG architecture: retrieval + context + generation

05 — Knowledge-base ingestion & FAQ dataset

06 — Keyword retrieval, filtering & boosting

07 — Context construction & prompt assembly

08 — Reusable RAG pipeline / application structure

09 — Foundational LLM + RAG walkthrough

10 — Vector search, orchestration, evals & monitoring

Build-Along Checkpoints

  • Checkpoint 1: Build a RAG pipeline from a real knowledge base: ingest, index, retrieve, construct context and call an LLM.
  • Checkpoint 2: Implement vector search with embeddings and compare it with keyword retrieval using measurable retrieval metrics.
  • Checkpoint 3: Add an orchestration or agentic workflow where model/tool decisions are explicit and inspectable.
  • Checkpoint 4: Create ground-truth questions and run offline retrieval + answer evaluation, including LLM-as-a-judge where appropriate.
  • Checkpoint 5: Capture latency, token/cost and quality/feedback signals; persist conversations and expose monitoring dashboards.
  • Checkpoint 6: Package a user-facing app and run the full system with a reproducible local/containerized environment.

7-Day Independent Capstone

  • Day 1: Choose a domain and knowledge base; define users, failure risks, answer policy, target metrics and architecture.
  • Day 2: Build ingestion + retrieval; compare keyword and vector search; capture a reproducible evaluation dataset.
  • Day 3: Build the RAG application with prompt/context assembly, citations/grounding and one agent/tool workflow.
  • Day 4: Evaluate retrieval and answers; tune search/chunking/prompts using metrics rather than anecdotal examples.
  • Day 5: Add UI/API plus persistence, feedback capture, latency/token/cost logging and a quality-monitoring view.
  • Day 6: Containerize/run end to end; simulate one bad retrieval, hallucination or dependency failure and document mitigation.
  • Day 7: Publish repository, architecture, evaluation report, demo video, runbook and a short production-readiness memo.

Grounded LLM Application Capstone

Choose a domain and knowledge base, build ingestion and retrieval comparing keyword and vector search with a reproducible evaluation dataset, build a RAG application with prompt/context assembly, citations and one agent/tool workflow, run offline retrieval and answer evaluation, add UI/API with persistence and latency/token/cost monitoring, simulate and mitigate one failure mode, and publish a repository, architecture, evaluation report, demo video, runbook and production-readiness memo.

Proof Rubric — What Must Be Shown

  • GROUNDING: knowledge base + traceable context
  • RETRIEVAL: keyword/vector search + metrics
  • AGENTIC FLOW: tool/workflow decisions are inspectable
  • EVALUATION: ground truth + retrieval/answer evals
  • OBSERVABILITY: latency, token/cost, quality signals
  • APP: usable interface/API + persistence
  • RELIABILITY: failure test + mitigation evidence
  • COMMUNICATION: repo, report, runbook + demo video