
Which part of AI engineering are you weakest at?
For many of us, Andrew Ng is the AI tutorial god.
He made machine learning understandable long before everyone started adding AI to their bio.
He published a first version of The AI Engineering Skills Map.
His team says it studied more than 10,000 job postings, interviewed AI experts, hiring managers and recruiters, ran surveys and reviewed other online data.
All that work produced four skill groups:
building and deploying AI applications
software engineering fundamentals
using coding agents
shaping the build
The useful part is the compression. It maps abilities that will survive today's favourite framework.
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Ask yourself four questions:
Can I build an AI application and measure whether it works?
Can I understand the engineering tradeoffs behind it?
Can I direct a coding agent and verify its work?
Can I decide what should be built in the first place?
Your weakest answer tells you what to learn next. These are things suggested by Andrew ng.
1. Build AI that can be measured
Ordinary application code is generally expected to behave predictably.
An AI system may give you a different answer each time.
That changes the job. Knowing how to call a model is only the beginning. You also need context engineering, RAG, agent workflows, evals and error analysis.
Start with one small application: a support assistant, research tool, document extractor or content reviewer.
Then collect 20 real examples and check its output. Where does it fail? Which mistakes repeat? What change improves the score?
If you cannot measure the output, you are still guessing.
2. Learn the boring software parts
AI can write a feature quickly. It can also choose a poor database structure, expose private data or create something that becomes expensive at scale.
You need enough software knowledge to notice those decisions.
Learn APIs, databases, authentication, testing, deployment, security and cost through the application you are already building. You do not have to study all of computer science before starting.
But you should be able to ask:
Why was this architecture chosen?
What happens when the API fails?
Where is user data stored?
How will we test this?
A coding agent becomes more useful when the person steering it understands the tradeoffs.
3. Learn to operate coding agents
Using a coding agent is not the same as asking ChatGPT for a code block.
The agent can inspect files, make changes, run commands and test its own work. Your skill is deciding how much context to provide, when to request a plan, when to let it continue and what evidence counts as finished.
Give it a clear task, the relevant files, boundaries and a verifier.
For example:
Fix this login bug. Do not change the signup flow. Reproduce the failure first, add a regression test, make the smallest fix and stop only when the test passes.
That prompt contains a task, a boundary and proof.
4. Shape what gets built

The final category changes what an engineer is expected to own.
As agents improve at following a clear specification, engineers spend more time deciding what belongs in that specification.
That requires product sense. You need to understand the user, the business and the actual problem. You need to know when a rough MVP is enough and when a careless shortcut will become expensive later.
Before building, write four lines:
Who has the problem?
What are they trying to finish?
What would a useful result look like?
What can be removed from version one?
A fast agent can build the wrong thing with impressive efficiency. Shaping the build gives it the right destination.
A simple learning order
Do not spend six months collecting courses.
Build one small AI application. Add a basic evaluation set. Learn the software concepts required to make it usable. Use a coding agent to improve it. Then show it to somebody and change the product based on what they actually need.
That single project can exercise all four parts of Andrew's map.
Andrew argues that these are AI engineering skills, not one job title. In his view, full-stack developers, data engineers, DevOps engineers and ML engineers will all need some version of them.
Now go and build something great ❤️
The ShortList
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