"I could never work on such advanced technologies."
That's what most people feel when they hear the words "Self-Driving Cars".
And yet, it's possible.
That's what most people feel when they hear the words "Self-Driving Cars".
And yet, it's possible.
Restricted, Out of Reach, Hard.
I designed a strategy to break into the self-driving car world!
This course is about Step 1 and 2.
👉 It's fundamental to get started in an industry which is unknown, full of lingo, and where mistake costs a lot.
👉 It's fundamental to get started in an industry which is unknown, full of lingo, and where mistake costs a lot.
1 - Building a Self-Driving Car
We'll start with the fundamentals: how to make a car autonomous? What are the key aspects of autonomous driving? What are the companies? Their strategies? And many more...
Concepts: Design (Levels of Autonomy, Drive-By-Wire, Hardware Architecture, Cost, Actors), Sensors (GPS, Cameras, LiDARs, RADARs), Computers, Market Strategies, Costs, ...
Concepts: Design (Levels of Autonomy, Drive-By-Wire, Hardware Architecture, Cost, Actors), Sensors (GPS, Cameras, LiDARs, RADARs), Computers, Market Strategies, Costs, ...
2 - How do self-driving cars work?
The second part of the course teaches the software: Where is Artificial Intelligence in a self-driving car? What are the algorithms used by engineers in the field? What is real and what isn't?
Concepts: Architecture of a Self-Driving Car, Lane Line detection, Object Detection in 2D and 3D, LiDAR detection, Sensor Fusion, Neural Networks, Bayesian Filters, Kalman Filters localization, RTK localization, Mapping, Ultra-wideband, Dijkstra, A*, Trajectory Planning, PID Control, V2X, ROS, ...
Concepts: Architecture of a Self-Driving Car, Lane Line detection, Object Detection in 2D and 3D, LiDAR detection, Sensor Fusion, Neural Networks, Bayesian Filters, Kalman Filters localization, RTK localization, Mapping, Ultra-wideband, Dijkstra, A*, Trajectory Planning, PID Control, V2X, ROS, ...
3 - Defining your Strategy from 0 to 1
Once you know how self-driving cars work and what are all the paths you can take, we'll study a Roadmap that will guide you to a real profession.
Who do you want to be? You'll go back with a real action plan the curriculum that worked for me.
Who do you want to be? You'll go back with a real action plan the curriculum that worked for me.
How did I do?
It took me a year to become a "Self-Driving Car Engineer".
I had to learn everything the hard way. I tried, failed, got low-ball offers, and at some point, I was ready to give up.
This course is designed to avoid the struggle and help you get results faster than anyone else.
I had to learn everything the hard way. I tried, failed, got low-ball offers, and at some point, I was ready to give up.
This course is designed to avoid the struggle and help you get results faster than anyone else.
My Favourite Testimonial
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What if you became a Self-Driving Car Engineer?
It's Tuesday, you're just out of a wonderful demo with the Mayor. They're ready to purchase an autonomous shuttle service from your company!
Back to the office, you sit down and start working on your new 3D Perception algorithm... already imagining how many lives it will save...
Back to the office, you sit down and start working on your new 3D Perception algorithm... already imagining how many lives it will save...
Jeremy Cohen
Artificial Intelligence & Self-Driving Car Engineer, Head Dean of France School of AI, and Machine Learning Lecturer.
I started thinkautonomous.ai to help aspiring AI & Self-Driving Car Engineers to land their dream job. Working in the industry of the future requires skills and passion. You can build your skills here, where you'll create relevant projects that are used every day in autonomous robots & AI engines.
I started thinkautonomous.ai to help aspiring AI & Self-Driving Car Engineers to land their dream job. Working in the industry of the future requires skills and passion. You can build your skills here, where you'll create relevant projects that are used every day in autonomous robots & AI engines.