Understand TFs, Design a custom robot with URDF, Simulate the robot in Gazebo - Your Next Step with ROS 2.

What you'll learn
Understand what TF (TransForm) is and why we need it
Create a URDF for any robot (ex: mobile base, robotic arm)
Simulate and control your robot in Gazebo
Add Links, Joints, Collisions, Inertia tags in the URDF file
Understand how to correctly specify links and joints origin
Use Gazebo plugins to simulate the hardware control of the robot
Improve and clean up the URDF with Xacro (properties, macros)
Learn how to use the Robot State Publisher node to publish TF
Visualize TFs with RViz
Create XML and Python launch files
Save and reuse a RViz config in a launch file
Create a world in Gazebo
Add a sensor in Gazebo
Make your robot spawn in a custom Gazebo world
Learn best practices right from the start
Practice with additional activities and projects

Requirements
You need to have some ROS 2 basics. If you're new to ROS 2, I suggest starting with my "ROS2 For Beginners" course (level 1)
Ubuntu installed on your computer (best as a dual boot)
Description
You have learned ROS2 basics and want to
go to the next step?
You want to
design a custom application for a robot?
And maybe also
create a simulation for the robot?
Or, you are already working on this, but
you feel lost with TF, URDF and Gazebo?
This course is for you. At the end of the course
you will be able to design a custom robot with ROS 2, and to run this robot in a simulated world
.
– Why this course?
I have designed myself a ROS application for a custom robot, while working on a startup project. And I started like everybody, as a beginner.
Not only learning ROS2 basics was hard, but then
when you add TF, URDF, and Gazebo, it seemed impossible
. It actually took me a few months/years to really be comfortable with those.
When you look at the existing online resources, it's very hard to find any process that explains in simple terms how to start from scratch and build a project.
That's why I've created this course, so you can benefit from my years of experience with ROS. I made the course I wish I had when I got started.
My goal is to make you save tons of hours and frustration, by giving you a
step by step approach, with a real project that we do together, from beginning to end
.
– How do I teach?
If you've taken other ROS 2 courses from me you know that I'm not here to waste your time.
My teaching method is quite simple:
Step by step
Going to the point
Learn while doing
Also I strongly
focus on the "why"
behind what you learn. The goal is not just to make you blindly repeat some steps, but to
understand why those steps matter
.
And don't take my word for it - here are some reviews from fellow students/researchers/engineers/teachers who took my ROS2 courses on :
"Best course on ROS2 I've taken! Other courses (different sites/platforms) made it confusing but
this course makes it so clear and easy to understand while letting you try on your own
. I am definitely learning a lot in a painless and simple way. I should have gotten this course from the beginning."
- Miguel Martinez G.
"Overall very satisfied. I've a strong background in programming, but at a higher level (web mostly) and the elegant, fluent and clean approach of this course has leveraged my introduction to the ROS environment in a
short amount of time, without the struggle of going through a lot of documentation
"
- Devis D.
"I think
I learned all that I need to develop a ROS2 project from scratch
. I will recommend 100% this course to anyone who wants to learn the fundamentals of ROS2."
- Javier D.
"This course is awesome. I finally get to understand the development of packages/nodes
in a simple progressive way
, which helps to understand how the framework works and therefore helps to get into it easily."
- Christophe K.
– What will you do and learn in the course?
This course is
project based
. We will start a project together, from scratch. Then, step by step, you will build the application, while learning new concepts.
Here's a quick overview of what you'll do (non exhaustive list):
Understand what TF is (with RViz) and why we need it.
Start the project by writing a URDF file, to describe the physical properties of a robot - we'll start with a mobile robot.
Generate TF using the robot state publisher and the URDF.
Improve and clean the URDF using the Xacro tool.
Adapt the URDF for Gazebo, spawn the robot in Gazebo.
Control the robot with Gazebo plugins.
Simulate a sensor in Gazebo.
Create ROS2 packages and XML launch files to start the entire application with one command line.
Everything is
hands-on
, so you'll practice right from the start, and I will show you every step that I do.
You also get some extra activities during the course, so you can
practice even more by being challenged on key points
.
And there is a big final project, where we create another robot (robotic arm) from scratch, using everything that you've learned in the course. You will also learn how to combine 2 robots together.
So, to go further with ROS2 and design custom robots and simulations, enroll in the course today!
You don't take any risk here, because you also get a
30-day money back guarantee
if you're not fully satisfied - no questions asked.
See you in the course!
Note - this course is not for you if:
You know nothing about ROS 2. In this case, I suggest you start with my
"ROS2 for Beginners"
course.
Who this course is for:
ROS developers who know the basics and want to learn how to start building and simulating robots with ROS 2
Engineers/Teachers/Researchers/Anyone who has started with ROS 2 and wondering what to do next
ROS developers who are already using URDF, TF and Gazebo, but feel like they are not understanding everything they do
Anyone lost in the ROS2 docs

More Info