Learning path

Learn AI for students

A technical student path from AI literacy and research workflows through coding labs, deployment, and a portfolio capstone.

Intended learner
Career-track secondary, college, and university learners ready to build
Prerequisites
Independent study habits and comfort reading technical English; No coding required at the start; Python is introduced before advanced labs
Recommended pace
24 weeks · 4 hr/week · 45-minute sessions
Core spine
133 lessons · ~20.6 hrs
Electives
23 lessons · ~3.6 hrs
Difficulty
Intermediate
Outcome
Research with AI, understand the system stack, and build, evaluate, deploy, and operate a portfolio project.
Capstone project
Ship a tiny AI app — A deployed AI feature with a repository, evaluation evidence, and release notes.
Core progress0/133 · 0%
Electives progress0/23 · 0%

In the wild

Catalog picks that match this path — explore products and vendors alongside the curriculum.

Tools

  • GradGPTAdmissions brainstorming — rewrite in your own voice.
  • KhanmigoGuided tutoring practice tied to learning content.
  • ChatGPTExplain errors and draft study notes — still verify.

Companies

  • OpenAIModels many students meet first for study help.

All tools · All companies

Optional self-check

Find your best starting phase

Use this short self-check to skip familiar foundations without hiding the complete roadmap.

Check only what you can already do without step-by-step help.

0/4 signals · Start from the foundations

Recommended entry: AI literacy. This does not mark lessons complete; use it to challenge out of familiar material.

Start at this phase →

Core roadmap

Learn in phases, build as you go

Open a module when you are ready. The full lesson sequence is still preserved for resume and next-lesson navigation.

Phase 1

AI literacy

Recognize AI, its limits, and the safety decisions that come first.

Phase 2

Practical AI use

Prompt, verify, and apply AI to useful work without outsourcing judgment.

Phase 3

How AI systems work

Build a working mental model of language models, retrieval, tools, and agents.

Phase 4

Build and ship

Turn the concepts into tested projects and portfolio evidence.

Python foundationsComplete hands-on labs and keep evidence of what works.8 lessons

Builds on: How AI systems work

  1. 01Python only what you need8m
  2. 02Python dictionaries9m
  3. 03Python virtual environments9m
  4. 04Data: tables and simple plots9m
  5. 05NumPy and pandas basics12m
  6. 06File handling9m
  7. 07Git basics10m
  8. 08GitHub basics10m
Classical ML & visionComplete hands-on labs and keep evidence of what works.7 lessons

Builds on: How AI systems work

  1. 01Prediction: your first ML idea9m
  2. 02Clustering10m
  3. 03Decision trees10m
  4. 04Train a tiny model10m
  5. 05Loss functions10m
  6. 06Neural nets by building10m
  7. 07Deep learning10m
LLM apps & agents · Part 1Complete hands-on labs and keep evidence of what works.12 lessons

Builds on: How AI systems work

  1. 01Talk to an LLM from code10m
  2. 02Multimodal API lab10m
  3. 03Streaming responses9m
  4. 04Local model lab10m
  5. 05API errors & retries9m
  6. 06Semantic cache lab10m
  7. 07Build a mini RAG11m
  8. 08Embedding API lab10m
  9. 09Batch API lab10m
  10. 10Vector DB integration lab11m
  11. 11Re-ranking lab10m
  12. 12Fine-tuning lab11m
LLM apps & agents · Part 2Complete hands-on labs and keep evidence of what works.11 lessons

Builds on: How AI systems work

  1. 01Function calling in code11m
  2. 02Structured output lab10m
  3. 03Agents in code11m
  4. 04Multi-agent in code11m
  5. 05Eval gates in code10m
  6. 06Tools in code11m
  7. 07Workflow automation in code10m
  8. 08MCP in code10m
  9. 09Guardrails in code10m
  10. 10Prompt injection in code10m
  11. 11RAG quality audit10m
Ship & operations · Part 1Complete hands-on labs and keep evidence of what works.12 lessons

Builds on: How AI systems work

  1. 01LLM tracing lab10m
  2. 02Cost optimization lab10m
  3. 03Eval metrics lab10m
  4. 04Webhook lab10m
  5. 05Model deployment11m
  6. 06Canary deploy lab10m
  7. 07A/B test lab10m
  8. 08Blue-green deploy lab10m
  9. 09Deploy a RAG app11m
  10. 10Production monitoring lab10m
  11. 11Incident response lab10m
  12. 12Runbook lab9m
Ship & operations · Part 2Complete hands-on labs and keep evidence of what works.9 lessons

Builds on: How AI systems work

  1. 01Rate limiting lab10m
  2. 02SLO lab10m
  3. 03Feature flags lab10m
  4. 04Health check lab10m
  5. 05Secrets rotation lab10m
  6. 06Load testing lab10m
  7. 07Disaster recovery lab10m
  8. 08Postmortem lab9m
  9. 09On-call lab9m
CapstonesComplete hands-on labs and keep evidence of what works.2 lessons

Builds on: How AI systems work

  1. 01Capstone: ship a tiny AI app12m
  2. 02Capstone ops lab10m

Optional extras

  1. 01Capstone: support bot with RAG + tools14m
  2. 02Capstone: research bot with citations13m
  3. 03When computers see10m
  4. 04Classes and objects10m
  5. 05Random forests10m
  6. 06Local LLMs & Ollama8m
  7. 07Production AI Architecture10m
  8. 08Multi-Agent Systems9m
  9. 09Transformers in plain English9m
  10. 10Serving Large Language Models9m
  11. 11Choosing a model9m
  12. 12Multimodal prompts9m
  13. 13Pick the right AI tool8m
  14. 14AI for Marketing10m
  15. 15AI for legal basics9m
  16. 16AI for finance basics9m
  17. 17AI for product managers9m
  18. 18AI for HR basics9m
  19. 19AI Video Generation10m
  20. 20AI Voice Generation10m
  21. 21Overfitting playground6m
  22. 22Multimodal AI8m
  23. 23Alignment and RLHF9m