LLM API architecture. Prompt architecture (not "prompt engineering"). Tool use via MCP. The GRAIL Loop in code. Evaluation-first development. Your first governed AI service.
Every demo works. That is the easy part. You build an agent in an afternoon. It handles the happy path. The stakeholders clap. Someone says "ship it."
Then Monday arrives. The model costs 4x what you budgeted. The latency is unacceptable for the actual user flow. The agent hallucinates on edge cases nobody tested. There's no logging. No audit trail. No way to know which version of the prompt produced which output.
Security asks: where does the data go? Legal asks: who's liable? Finance asks: what's the unit cost per request? Ops asks: how do we monitor this?
No agent framework answers these questions. Because these are not prompting problems. These are engineering problems.
This course teaches the engineering layer that separates demos from deployed systems: API architecture, prompt architecture, tool use via MCP, evaluation pipelines, and governance you can defend in a security review.
Not a chatbot tutorial. Every module addresses the engineering layer that survives model swaps, vendor changes, and compliance audits.
Four generations: Chatbot → RAG → Agent → Platform. The seven components every agentic platform requires. The Three V's (Variability, Veracity, Vulnerability). Why "good code" is not "good AI system." The ADLC replaces ship-and-hope.
OpenAI, Anthropic, open-weight (Qwen, Llama, Mistral) with honest trade-offs. Structured outputs, function calling, tool schemas. Streaming, token management, cost. Error handling for probabilistic systems.
Lab: Multi-model abstraction layer with automatic fallbackSystem prompts as architectural contracts. The 5-part prompt structure: role, context, task, output schema, constraints. Context assembly from governed sources. Versioning, testing, regression detection.
Lab: Prompt management system with versioning and A/B testingThe Model Context Protocol (MCP), the standard the industry is converging on. Building MCP servers that expose your APIs safely. Input validation, output sanitization, schema enforcement. Tool permissions and least-privilege.
Lab: 3 MCP tool servers (database, file system, external API)Generate → Rank → Aggregate → Iterate → Launch, implemented in code. Self-consistency: running the same query N times and analyzing agreement. Test suites for probabilistic outputs. Deterministic checks. PASS / REVIEW / INCONCLUSIVE verdicts.
Lab: Complete evaluation pipeline with structured verdictsArchitecture overview. Prompt architecture plus multi-model. MCP tools plus document retrieval. GRAIL evaluation pipeline. Structured logging and basic cost tracking. A governed system that retrieves, reasons, verifies, and logs.
Your E1 capstone is not a throwaway. It evolves through E2 to E6 into a deployed Enterprise AI Operating System. One project. One portfolio piece. Six layers of production engineering.
Comfortable with Python. Basic understanding of APIs and web services. No ML or data science background required: this is engineering, not research. If you can write a Flask or FastAPI app, you're ready.
Python 3.12, FastAPI, Docker, OpenAI and Anthropic APIs, open-weight models via LiteLLM, MCP protocol. All code is yours: Apache 2.0 licensed open-source repos.
Apache 2.0) and lifetime updatesWant all six courses?
See the Engineering Series bundle →The production foundations that make everything else possible. 29 lessons. 6 modules. Your first governed AI system. €197. Lifetime access.
Get on the waitlist