Python for GenAI Engineering
Every AI tutorial assumes you know Python. This one doesn't.
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AI engineers build the systems that put LLMs into production. RAG pipelines that retrieve the right context, agents that call tools reliably, evaluation harnesses that catch regressions before your users do. It's backend engineering with a new stack, not prompt engineering with a fancy title.
Curated by Param Harrison
These courses teach the concrete patterns. Embeddings and vector stores, retrieval architectures, agent loops, MCP, LLM observability, and the failure modes you hit at scale. Every course ships with real code you can run locally, not slides you watch.
Showing 46 of 46 courses
Common questions
Write code that wires LLMs to tools and data. You’ll spend most of your time on retrieval logic, agent loops, evaluation harnesses, cost monitoring, and the integration glue between model providers and your stack. Prompt writing is maybe 10% of the job.
No. AI engineering is a distinct path from ML research. You need strong software engineering fundamentals (APIs, typed data, concurrency, databases, observability) plus comfort with the LLM API surface. You do not need to train models to ship production AI.
Python for the backend + pipelines (better SDK coverage, eval tooling, data libraries). TypeScript or Next.js for the frontend and streaming surfaces. Most production teams run both. The courses on this track use Python for engine work and Next.js for UI.
Prompt engineering is one tactic inside AI engineering. An AI engineer designs the whole system: retrieval, tooling, memory, guardrails, deployment, monitoring. A prompt engineer tunes strings. Companies hire engineers, not prompt tuners.
Start with Python for GenAI (if new to Python) or jump straight to RAG Fundamentals. Follow up with AI Agents Fundamentals, then the production-focused courses: observability, agentic RAG, and the coding-agent masterclass. Treat it as a part-time arc alongside your day job and you’ll be shipping by the end.