Curated roadmap
What to learn first, what to postpone, and which materials fit business, builder and engineering goals.
A curated learning and implementation system for people who do not want 100 random bookmarks. You get three learning tracks, a 9-module roadmap, original implementation templates, practical assignments and a verified catalogue of external resources.
What to learn first, what to postpone, and which materials fit business, builder and engineering goals.
Use-case scoring, prompt canvas, RAG canvas, agent design, evaluation scorecard, security checklist, pilot plan and ROI framework.
Russian and English Navigator editions plus an editable implementation workbook for practical use.
4-week recommended path
AI literacy, prompting, workflow design, use-case selection, governance and pilot planning. Coding is optional.
8-week recommended path
APIs, RAG, tools, agent patterns, LangGraph, evaluations and two working prototypes. Basic Python or TypeScript helps.
12+ week deep path
Transformers, datasets, fine-tuning, reasoning models, observability, deployment and production agent architecture.
Understand LLMs, model selection, responsible AI, token/context basics and where generative AI actually creates business value.
Move from ad-hoc prompts to repeatable prompt structures, context design, structured outputs and evaluation criteria.
Build workflows that call models, tools and APIs predictably instead of relying on a single chat window.
Design retrieval pipelines, chunking, embeddings, vector search, grounding, citations and document-quality controls.
Learn tool use, memory, planning, multi-agent patterns, human approval and when an agent is actually justified.
Use open-source examples as references to build your own support, research, operations or internal productivity systems.
Test quality before launch, trace failures, create datasets, measure regressions and monitor production behaviour.
Security, permissions, cost control, Docker/API deployment, monitoring, fallback logic and change management.
Score use cases, estimate ROI, define owners, set approval rules, launch a pilot and convert it into a repeatable operating process.
Score impact, frequency, data readiness, risk, integration effort and time-to-value before you build.
Define role, task, context, constraints, tools, output schema and evaluation criteria.
Map source data, ingestion, chunking, retrieval, grounding, permissions and freshness.
Goal, tools, memory, permissions, human approval, failure states, budget and stop conditions.
Quality, groundedness, task completion, latency, cost, safety and regression checks.
Owner, scope, baseline, launch criteria, access controls, monitoring, fallback and rollout plan.
The Navigator gives you the order and assignments. These links remain external and are periodically re-checked.
21-lesson foundation course with Python/TypeScript examples.
Open original source ↗18 lessons focused on building AI agents.
Open original source ↗Free four-unit agents course with practical assignments.
Open original source ↗Free LLM/NLP course covering Transformers, datasets, fine-tuning and reasoning-model topics.
Open original source ↗Five educational tracks: API fundamentals, prompting, real-world prompting, evaluations and tool use.
Open original source ↗Reference guide for prompting techniques, RAG, agents and related research.
Open original source ↗Practical learning paths for applying AI, building with AI and leading AI adoption.
Open original source ↗Short introductory course on generative AI concepts and Google tooling.
Open original source ↗Free foundation course on graph-based agent workflows, state, memory and human-in-the-loop.
Open original source ↗Free course on tracing, evaluation, deployment and production monitoring.
Open original source ↗Free roadmap across LLM fundamentals, LLM Scientist and LLM Engineer tracks.
Open original source ↗100+ open-source AI agents, agent skills and RAG applications for implementation references.
Open original source ↗Large catalogue of AI-agent use cases and working implementation references.
Open original source ↗Useful landscape reference. Its repository uses a Creative Commons NonCommercial license, so this Navigator links to it but does not redistribute or package its content.
Open external reference ↗Useful external tutorial library. The repository states a custom non-commercial license; materials are not copied into this paid product.
Open external reference ↗Production-oriented external reference. The repository states a custom non-commercial license; materials are not redistributed here.
Open external reference ↗No. It is a paid learning-and-implementation Navigator built around original curation, sequencing, explanations, exercises and templates, with links to external courses and repositories.
No for the Business route. The Builder and Engineer routes increasingly use Python, TypeScript, APIs and developer tooling.
No. External owners can change pricing, access rules, content, licences or URLs. The package records a verification date and links to the original source so changes can be checked directly.
That depends on each repository's current licence and your intended use. The Navigator does not grant third-party rights. Always check the original licence before copying, modifying or distributing third-party code or materials.