Agent Deployment
Every deployment path the AISL workshops have actually taken an agent through — FastAPI on Railway, AWS Lambda, Cloudflare Workers, Vercel, and vLLM on rented GPUs.
Topics
Topic guides on AI engineering, built from every AISL course, workshop, and article.
Topics turn the AISL material — courses, workshops, articles — into topic-oriented guides. Each page synthesizes what the material collectively teaches about one topic and links the canonical pages behind it. Start with the role, follow the roadmap, or jump straight to a topic.
Every topic page cites the canonical pages on aishippinglabs.com it is built from. Coverage today: 25 workshops, 3 courses, 22 articles, 10 showcase projects, and the published interview question sets — plus the job-market research from the AI Engineering Field Guide that grounds the career pages. Start with AI Engineering for the map, or jump straight to the topic that matches what you are building.
Every deployment path the AISL workshops have actually taken an agent through — FastAPI on Railway, AWS Lambda, Cloudflare Workers, Vercel, and vLLM on rented GPUs.
Where coding agents run: a hardened remote box, sessions that survive disconnects, autonomy boundaries, and access from every device you own.
What an agent is — a loop around tool calls — and how the AISL material builds, extends, and hardens them across frameworks, protocols, and modalities.
The tool landscape — chat apps, IDE assistants, project bootstrappers, agents — and how AISL members actually work with them day to day.
What an AI engineer does, how the role differs from ML engineering and data science, and how the AISL courses, workshops, and articles fit together.
Portfolio projects, CV tailoring, personal brand, and interviews — the career mechanics the AISL workshops and articles cover, aimed at AI engineering roles.
A learning route through the AISL material: what to learn first, which course or workshop covers it, and what to build along the way.
How to build the agents that write code: tool sets, templates, skills, slash commands, and the remote environments they run in.
Testing agents, evaluating them with judges and synthetic data, monitoring them in production, and paying less for all of it.
Input and output guardrails for AI agents: the SDK-native way, the framework-agnostic way, and what streaming and cancellation add.
What AI engineering interviews actually test — the hiring-manager walkthrough, the theory question bank, and the AISL material that doubles as rehearsal.
One API shape, many providers — OpenAI, Anthropic, Gemini, Bedrock, Groq, Grok, Z.AI, Ollama — and the tool-calling layer that makes them interchangeable.
MCP — moving agent tools out of the notebook and behind a server any client can reach: FastMCP, stdio and SSE transports, Cursor and VS Code.
The AISL showcase projects — ten builds from reference to-do agent to hospital platform — read as evidence for the portfolio framework.
Prompts as the programming interface of AI work: system prompts, instruction strengthening, and the point where a prompt hands off to a schema.
The Python foundation the rest of the AISL material assumes: the Python for AI Engineering course, built around one real project.
Retrieval-augmented generation across the AISL material: the classic pipeline, where it breaks, and how agentic search fixes it.
Getting JSON instead of prose from an LLM — Pydantic schemas, where prompting stops being enough, and streaming structured output to the UI.
What AI engineering take-homes ask for, how companies grade them, what gets offers — and a real assignment solved live, end to end.
Search from first principles — TF-IDF, boosting, embeddings — and the small-technology versions the AISL workshops actually deploy: SQLite, Turso, Cloudflare Vectorize.
Every topic guide is free to read. Members get structured courses, live workshops, and feedback on real projects.