
Anyone can coax one impressive answer out of a language model. Getting dependable answers — on messy real inputs, at scale, when a wrong one actually costs something — is a different skill, and hardly anyone is taught it. That skill is what this course is about. You'll learn to build a prompt from its real components rather than borrowed incantations, to engineer the context a model needs around it — the right documents, examples, tools, and memory, and nothing that just adds noise — and then to do the thing most people skip entirely: measure. Golden datasets, deterministic checks, an LLM-as-judge calibrated against human labels, regression suites, metrics that actually fit RAG and agent systems. The loop that tells you whether a change made things better or just different. It's grounded in how serious practitioners and the major model providers work today, not folklore that breaks with the next release. Code-shaped artifacts show up here — a schema, a tool definition, an assertion — but you won't write any, and technical and non-technical learners follow the same path. Across thirty-six lessons you'll go from how models behave to a complete, repeatable engineering loop, with the safety and prompt-injection know-how any real system needs along the way. Stop shipping demos that work once. Start building things that hold.
Leena Shah’s portfolio reads less like a catalog of models than a record of bottlenecks removed: customer-support teams searching thousands of documents, analysts waiting on manual summaries, and product managers unsure whether an AI answer can be trusted. She has addressed those problems with retrieval-augmented assistants, multimodal extraction, voice agents, and tool-using workflows, pairing Python and FastAPI services with vector databases, cloud infrastructure, and evaluation suites that measure grounding, latency, safety, and cost. Leena has also fine-tuned open models for private environments, introduced human-review loops and production guardrails, and worked alongside product, security, and domain specialists to turn rough prototypes into monitored features. Her strength lies in recognizing where AI can genuinely improve a workflow—and engineering the surrounding system so that improvement survives contact with real users.
moves too fast
great course!
thx, super helpful
too basic
expected more