Machine learning engineer or AI engineer - which path should you take in 2026?
Most people waste hundreds of hours chasing both paths simultaneously, not realizing these are completely different careers with different requirements, different day-to-day work, and different barriers to entry.
This video breaks down the real differences so you can make the right decision and stop spinning your wheels.
What You'll Learn: - The fundamental difference between AI engineers and ML engineers (and why it matters for your career) - Why AI engineering is booming right now and what the actual job looks like - The brutal truth about ML engineering competition and academic requirements - Why AI engineers are essentially software engineers with a new superpower - A real project walkthrough: building a local AI transcription app that cleans up messy recordings - Why AI engineers are actually future-proof (despite what the doomers say)
Timestamps: 0:00 The dilemma between ML Engineer and AI Engineer 0:32 What do AI Engineers do? 1:55 What do ML Engineers do? 2:40 Which path is the right choice 3:16 How to become an AI Engineer 4:56 Why AI Engineering is future-proof
Why did I create this video? Too many people are stuck in tutorial hell trying to learn everything at once. Pick your path first, then go deep.
AI Generated·May contain errors
What's the best move for the coming year? Becoming a machine learning engineer or an AI engineer?
Well I help people land AI engineering roles and the first step is always figuring out if that's
actually what you want because many people waste hundreds of hours chasing AI engineering
and ML engineering at the same time not realizing these are very different jobs and getting stuck
in the process trying to do too much at once. So in this video I'm going to save you that problem
by breaking down the real differences so you can make the right decision for yourself.
Let's start with what's happening in the market right now. AI engineers integrate existing models
into applications. They're building products and tools that solve real problems. For example you
might build a system that stores company information in a vector database so employees
can cross-reference confidential data faster or you aggregate a month of customer reviews
and then use a large language model to figure out the best next step to improve a product.
Here's why AI engineers are booming right now. Language models are universal. Almost any problem,
any industry, any situation can benefit slightly to greatly from LLM somewhere in the stack.
Your job is to integrate these existing models which don't have to be language models but it
means that you don't have to actually understand them from a foundational math perspective. You
just have to understand them functionally. Sure you might need some linear algebra to for example
create embeddings for some data but you're not going to be training models from scratch.
In the most complex cases you might fine-tune a model or two but the real focus is in software
and data engineering. Your job is to get the right data in the right place to invoke an AI model
effectively and expose that solution to end users safely using good software development practices.
Now machine learning engineers play a completely different game. ML engineers more often than not
train models from scratch. They need deep knowledge of math, statistics and data science.
They're dealing with training pipelines, validation sets, test sets and yeah they
also need data engineering but for a different reason. They need the data in the right place
for training and testing, not for production inference. While some companies expect training
from AI engineers and inference skills from ML engineers, this is a clear division that's true
for a majority of roles and how you should separate these two roles in your head. Now
here's the hard truth. While you can self-teach a lot in technology, ML engineering has brutal
competition if you don't have the right academic background because you'll be competing against
people with PhDs in statistics and computer science. It's not impossible but it's a much
steeper climb. Now AI engineers on the other hand, they're essentially software engineers with a new
superpower and software engineering has been proven to be self-teachable by thousands of people
in this industry in the past. So you take the same coding skills from traditional software developers
and augment them with the ability to integrate AI models. Now this is not something that you learn
in just a day but with the right guidance you can shorten the learning curve significantly.
And the day-to-day focus is also incredibly different between these two roles. Where an
ML engineer is testing for model bias during validation and training, an AI engineer is
running A-B tests in production to see if a feature actually improves user experience.
So it's much more about shipping and iterating than it is about theoretical optimization. Now
if this sounds interesting to you, becoming an AI engineer is probably closer than you think.
Let me show you something real quick. This is the AI transcription app that I'm giving to aspiring
AI engineers. It runs locally in our machine and it's a perfect example of what an AI engineering
project actually looks like. So here's how it works. You can record your voice and get it
transcribed using an AI model. Then optionally clean it up with a large language model that
removes filler words and unnecessary sentences. Let me demonstrate. I'll start recording now.
I want to get into AI engineering so where do I get started? I'm not sure.
I've been wasting a lot of time trying to find different resources, building relevant projects,
but yeah it's just not really working out. So I'm not really sure where to get started.
Stop recording and you can see here we get the original transcript pretty fast. But it's messy,
all these filler words, all these ah's and you know. So the app uses a local LLM to clean it up.
And here we go. Now it says I want to get into AI engineering. I'm unsure where to start and I've
been wasting time trying to find resources, relevant projects. Now this is much cleaner
and actually still keeps the core of what I'm trying to say. This project demonstrates full
stack skills, browser APIs for recording, a Python fast API backend, local AI with Whisper,
and LLM integration. And most importantly it's useful. You can explain this in an interview
without needing a whole whiteboard. You build a voice transcription tool that cleans up messy
recordings using local AI. Done. You can grab the solution in the link in the description and start
building your own version today. Before that, here's a final point I want to make about AI
engineering. People keep saying software developers are in danger, but AI engineers in particular are
actually quite future-proof. Think about it. If AI truly becomes as powerful as a lot of these
AI boosters claim, you'll still need people who can integrate the models properly. You'll still
need engineers who can configure them properly, whether that's in Python code, at the infrastructure
level, or in the application layer. AI doesn't eliminate the need for engineers, it just changes
what we need to build. So here's what I want you to do right now to make some real progress. Check
out the link in the description so you get access to that transcription app that I just showed you.
And if you want a high chance of landing your dream AI job, you should check out my AI engineering
community in the description below, where you can learn much faster and actually understand
what it takes compared to wasting potentially thousands of your hours. So I'll see you there.